How Thermal Imaging helps Surveyors on commercial properties

So, how can thermal imaging help surveyors on commercial properties? Let’s try to answer this common question. Thermal imaging can be incredibly beneficial for surveyors conducting inspections on behalf of clients looking to buy a new building, such as office and retail etc.

Here are some keyways it helps protect new purchasers:

1. Detecting Hidden Building Issues: Thermal imaging can reveal problems in buildings, not visible to the naked eye, such as electrical faults, water leaks, and damage to the building envelope. allows surveyors to identify potential issues early on, so their clients have a more informed overview as to the condition of the building/s.
2. Building Energy Efficiency: By identifying areas where heat is escaping through the building fabric, thermal imaging helps pinpoint insulation problems. This information can be used by the client to target repairs t the building, so it improves the energy efficiency, potentially saving the buyer a large amount of money on future energy bills.
3. Maintain Safety: Thermal imaging inspections can detect overheating electrical components, which could pose a fire risk. Identifying these issues early ensures that necessary repairs can be made to keep the building safe before the client takes occupancy. It can also reduce the need for working at height or within restricted access areas.
4. Non-Invasive Building Inspection: Unlike most traditional methods that require drilling holes or removing parts of walls, thermal imaging is non-invasive method of inspecting the building. This means surveyors can quickly inspect the property thoroughly, without causing any damage.
5. Pest Detection: Thermal imaging can also help detect the presence of pests by identifying their heat signatures behind walls, or within floor and ceiling voids. This can be crucial in preventing pest-related damage and/or potential health issues.
6. Negotiation Leverage: Armed with the insights/information of potential defects from thermal imaging, buyers can negotiate a more competitive price more effectively. They can request repairs or adjustments to the sale price based on the documented issues contained within the thermal imaging inspection report.

Overall, thermal imaging provides a comprehensive and detailed inspection, ensuring that buyers can make a more informed decision about their potential new building purchase.

How Our Thermal Imaging Inspections Work

Thermal imaging inspections are a valuable tool during estate purchasing, providing detailed insights that go far beyond what the naked eye can see. Here’s a deeper look at how they work and their benefits

1. Infrared Technology: Thermal imaging uses infrared cameras to detect temperature variations on surfaces. These cameras capture heat signatures, which are then translated into images showing different colours based on temperature differences. We only use the hight quality thermal imagining cameras with high resolution and sensitivity.
2. Inspection Areas: Our thermographers typically scan various parts of the building, including walls, ceilings, floors, electrical systems, plumbing, and insulation. The images produced can reveal hidden issues that might not be visible during a standard visual inspection.

What issues can be found during thermal imaging.

There are literally hundreds of different issues that can be found during our thermal imaging inspections, here are just a few of the most common:

• Water Leaks and Moisture: Thermal imaging can detect water leaks in walls, ceilings, and floors by identifying cooler areas where moisture is present. This helps clients to negotiate a lower price on the property, so robust repairs can be undertaken whilst keeping costs to a minimum.  
• Insulation Gaps in the Building Fabric: It can highlight areas where insulation is missing or inadequate in walls, roof or floors, so repairs can be made, which helps to improve the buildings overall energy efficiency.
• Electrical Issues: Overheating electrical components can be identified, preventing potential fire hazards and/or downtime to critical infrastructure.
• Structural Defects: It can reveal structural issues such as missing insulation or hidden cracks within the building envelope.

Overall, thermal imaging provides a comprehensive and detailed inspection, giving property buyers peace of mind and confidence in their purchase decision.

Contact APT Sound Testing for your thermal imaging survey

If you would like to proceed with a thermal imaging survey to your building, you are in safe hands. Our high specification utilised in these inspections which surpasses those required by BREEAM, our thermographers are Level 3 certified, which is the highest accreditation available. We also utilise large format FLIR thermal imaging cameras.

It’s worth noting that our thermal imaging services include the following:

• Level 3 thermographic certification
• Level 3 qualified electrical thermographers
• Large format FLIR cameras with 45-degree lenses
• A detailed report which includes thermal indexing formula for fault diagnosis, qualification, and severity grading.

If you need a thermal survey to a commercial property, please let us know and we will book in the first available date for you.

If you have any further questions in regard to the above, please don’t hesitate to call APT Sound Testing on 01525 303905 or 07775 623464.

Thermal Imaging Can Help Reduce the Need for Working at Height

Working at height remains one of the most dangerous activities across various industries, particularly in construction, where it is the leading cause of fatal accidents and serious injuries. Falls from ladders, scaffolding, platforms, and roofs account for over 60% of deaths associated with working at height. Given the significant risks, finding innovative ways to minimize or avoid working at height is crucial. Thermal imaging technology has emerged as a valuable tool in this effort, offering the ability to conduct essential inspections and maintenance from safer locations, thus reducing the need for personnel to engage in high-risk activities.

Incorporating thermal imaging into safety protocols not only enhances safety but also boosts efficiency and cost-effectiveness. Below are four key ways thermal imaging technology helps reduce the risks of working at height and contributes to safer operational practices.

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1. Remote Inspections from the Ground

One of the primary advantages of thermal imaging is the ability to perform inspections remotely, often from the ground. This technology allows for safe, efficient monitoring of areas that would otherwise require personnel to work at height using ladders, scaffolding, or aerial lifts. Thermal imaging cameras can detect temperature variations, leaks, electrical faults, and insulation failures from a distance, which eliminates the need for workers to climb or access hard-to-reach places unnecessarily.

In construction, maintenance, and facility management, inspections at height are typically required to assess roofs, high elevations, and other critical structures. By utilizing thermal imaging, these inspections can often be carried out from the ground, making it possible to gather necessary data without putting workers at risk. This greatly reduces the chances of serious accidents and falls, as fewer people need to engage in physically hazardous tasks at height.

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2. Early Detection of Issues

Thermal imaging is also invaluable for early detection of problems such as moisture intrusion, heat loss, and electrical overheating. By catching these issues early, before they escalate into more significant failures, maintenance activities can be more strategically planned. For instance, rather than sending workers up scaffolding or rooftops to perform random or broad inspections, thermal imaging can pinpoint specific areas requiring attention.

This targeted approach to maintenance ensures that when working at height is unavoidable, it is done with a clear purpose and plan, reducing the amount of time spent in potentially dangerous situations. By addressing specific areas that need repair or further investigation, companies can significantly reduce exposure to the risks associated with working at height.

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3. Improved Safety Planning

The detailed data provided by thermal imaging cameras can be instrumental in enhancing safety planning for high-risk tasks. Thermal images not only identify problem areas but also give a visual representation of the extent and nature of those issues. This allows teams to plan their approach more carefully when working at height is necessary.

For instance, the information gathered from thermal imaging can be used to ensure that appropriate safety equipment, such as harnesses, guardrails, or aerial lifts, is deployed. Additionally, workers can be briefed thoroughly on the specific areas of concern, minimizing the time spent navigating heights. The result is a more organized and safer approach to working at height, reducing the overall risk of accidents.

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4. Frequent Monitoring Without Height Access Equipment

Thermal imaging technology also facilitates more frequent monitoring of buildings, infrastructure, and equipment without the need for scaffolding or aerial platforms. In the past, frequent inspections at height were logistically challenging and expensive, often requiring the installation of temporary scaffolding or the use of costly aerial lifts.

With thermal imaging, these inspections can be conducted regularly from the ground, providing real-time data on potential faults or inefficiencies. This makes it easier for companies to maintain consistent monitoring without exposing workers to unnecessary risks. Regular monitoring not only enhances safety but also extends the lifespan of equipment and structures by catching issues early and addressing them promptly, before they turn into major hazards.

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Integrating Thermal Imaging into Maintenance Routines

By integrating thermal imaging into regular maintenance and inspection protocols, organisations can significantly reduce the need for extensive working-at-height surveys. Whether it’s during the construction phase or ongoing facility management, thermal imaging provides critical insights that help minimise the risk of falls and other height-related incidents.

Thermal imaging technology is particularly useful in areas such as roof inspections, insulation integrity checks, and electrical panel assessments — tasks that would otherwise require personnel to work at considerable heights. With the ability to identify problems early and from a safe distance, the necessity for repeated climbs or prolonged work at dangerous heights is greatly diminished.

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Advanced Thermal Imaging Inspections

At the forefront of thermal imaging inspections are Level 3 certified thermographers who provide high-quality, detailed surveys exceeding the specifications required by industry standards such as BREEAM (Building Research Establishment Environmental Assessment Method). Level 3 certification represents the highest level of expertise in thermographic surveys, ensuring that inspections are both thorough and compliant with stringent regulations.

Our thermographic services are conducted using large-format FLIR thermal imaging cameras that produce precise data, helping clients diagnose faults, assess severity, and prioritize repairs. The reports generated from these surveys include thermal indexing formulas, enabling an accurate evaluation of potential issues and providing a clear path to rectifying problems.

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BREEAM Thermal Survey Procedure

When conducting a BREEAM thermal survey, our certified thermographers follow a strict protocol to ensure accurate results and compliance with the required standards. The steps include:

1. Initial Setup: The infrared (IR) camera is calibrated with correct object parameters to ensure accurate image interpretation, including time and date stamps for proper documentation.
2. Environmental Monitoring: External ambient temperature, wind speed, and other weather conditions are recorded, along with internal temperature readings across several points inside the building.
3. Spot Measurements: Internal and external spot measurements are taken to calculate average internal surface temperatures using thermal index formulas.
4. Thermal Imaging: Isotherms are set, and the external building elevations are imaged, with attention to capturing as much of the elevation as possible in each image.
5. Final Reporting: The data gathered from the survey is compiled into a detailed report, providing clients with clear insights into the thermal performance of their building or structure.

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Thermal Imaging

Thermal imaging has proven to be a transformative tool in reducing the need for working at height, a significant risk factor in many industries. By enabling remote inspections, improving early detection of issues, and enhancing safety planning, thermal imaging technology can help organizations protect their workers and avoid unnecessary hazards. Additionally, regular monitoring without the need for scaffolding or aerial lifts allows for more frequent and detailed inspections, further mitigating the risk of falls.

For companies looking to improve safety while maintaining efficiency, incorporating thermal imaging into their regular maintenance and inspection routines is a practical and forward-thinking solution. Whether for BREEAM compliance or general operational safety, our team of certified thermographers is equipped to provide top-tier thermal imaging services tailored to meet the needs of any project.

To arrange a thermographic survey or discuss options, please contact APT Sound Testing at 07775 623464 or email us at info@airpressuretesting.net.

Providing Expertise in Floor Plenum Testing

At APT Sound Testing, we specialise in conducting comprehensive floor plenum testing, following the “Floor Plenum Airtightness – Guidance and Testing Methodology” (BG 65/2016). This ensures that your building’s HVAC (heating, ventilation, and air conditioning) systems operate efficiently and that air is distributed correctly throughout the occupied zones of your structure.

What is a Floor Plenum?

A floor plenum is a void between the structural floor of a building and the raised access floor above it. This void is typically used to distribute conditioned air into the spaces above, allowing for an efficient delivery of heating or cooling to occupied zones. The airtightness of the plenum is critical in ensuring that conditioned air flows only into these intended spaces. Any leakage into adjacent cavities, such as risers, stairwells, heating trenches, or other areas, can significantly affect the efficiency of the HVAC system and lead to higher energy consumption, discomfort in the occupied areas, and potentially damage to sensitive building elements.

An adequately sealed floor plenum allows the diffusers and grilles, which control the airflow, to perform their primary function correctly. This improves the distribution of air within the occupied spaces and maintains desired indoor conditions without unnecessary energy loss.

Floor Plenum Testing Process at APT Sound Testing

Our team at APT Sound Testing uses specialized equipment to carry out floor plenum testing. The key tool in our process is a high-performance fan, which is set up in the test zone. Before the test begins, all air ducts serving the test zone are turned off, isolated, and sealed to prevent any external airflow from interfering with the results.

Once the system is secured, we proceed with the test by performing a series of pressure readings. These readings help us determine whether the plenum is airtight or if there are air leakage issues that need to be addressed. Should the floor plenum fail the test, we can carry out a detailed smoke survey to visually identify air leakage paths. The smoke survey is highly effective in pinpointing the exact locations where leaks occur, which allows for precise remedial action. Afterward, we provide a comprehensive report that outlines the findings of the smoke survey and serves as a guide for sealing contractors to carry out the necessary repairs.

The Importance of Floor Plenum Testing

If your building includes floor or ceiling plenums, it’s essential to be aware of the common challenges associated with ensuring airtightness. Data indicates that approximately 70-75% of floor plenums fail their first airtightness test. This high failure rate underscores the importance of proper planning, testing, and remediation efforts to achieve optimal performance.

At APT Sound Testing, we bring years of expertise in performing raised access floor plenum air pressure tests. Our goal is to work with you to ensure your floor plenums pass the airtightness test on the first attempt, thereby avoiding costly delays and rework.

Pre-Test Inspections and Initial Testing

We recommend that an on-site air test audit is scheduled as soon as the raised floor is in place. Early detection of potential air leakage paths can save time and prevent issues later in the construction process. During this initial phase, we can carry out both a preliminary floor plenum air test and a smoke survey. These preliminary tests allow us to evaluate the airtightness of the plenum envelope and identify any areas of concern.

Once we have completed our assessment, we provide you with a detailed smoke survey report. This report is essential for sealing contractors, as it highlights specific areas that need attention to ensure the plenum is properly sealed before final testing is conducted.

How We Conduct Floor Plenum Air Testing

The process of floor plenum air testing is methodical and precise. To begin, a temporary floor tile is removed, and a fan housing is installed over the opening. The fan is then securely placed within the housing, and the surrounding area is sealed to prevent air from escaping around the fan during the test.

Next, all air handling ducts serving the test zone are turned off, isolated, and temporarily sealed. This prevents any air from traveling through the ductwork and compromising the test results.

After these initial steps are completed, another floor tile is removed and replaced with a mock tile that has a small hole for a high-pressure tube. This tube is essential for measuring pressure differences and ensuring accurate readings during the test.

Once all the equipment is properly set up, we conduct a series of pressure tests, recording the data as the tests progress. These readings are then checked against the specified airtightness standards for the project.

Floor Plenum Testing Standards

It’s important to note that, as of now, there is no universal or legally mandated standard for plenum testing. Typically, the specifications for a project are set by the mechanical engineers overseeing the HVAC system design. These specifications are usually defined in terms of airflow leakage, such as litres per second per square metre (l/s/m²) at a given pressure (e.g., 0.7 l/s/m² @ 50 Pascals). In some cases, the specification may be given in litres per second per cubic metre (l/s/m³), which would require us to know the volume of the plenum for testing purposes.

Whatever the specific requirements of your project, APT Sound Testing is fully equipped to carry out floor plenum testing in accordance with the relevant specifications. Our expert team can visit your site to recommend the most suitable testing procedures and ensure that your floor plenums meet the necessary airtightness criteria.

Why Choose APT Sound Testing?

When it comes to floor plenum airtightness testing, choosing APT Sound Testing means partnering with a team of professionals who are dedicated to providing accurate, reliable, and timely results. Our focus on customer satisfaction and commitment to maintaining the highest standards of service ensures that your project is completed to the best possible standard.

As a UKAS-accredited laboratory, we offer peace of mind through our expert knowledge and rigorous testing processes. Our friendly and knowledgeable staff are always available to provide guidance on your specific needs and answer any questions you may have regarding the testing process.

Contact Us for Your Floor Plenum Testing Needs

If you require raised access floor plenum testing, don’t hesitate to get in touch with us today. Our team is ready to assist you with all aspects of plenum airtightness testing, from initial inspections to final certification.

You can reach us by calling 01525 303905, or by filling out our online contact form. Our acoustic and airtightness consultants will be happy to discuss your specific requirements and provide the best solutions to meet the needs of your project.

In summary, APT Sound Testing is your trusted partner in ensuring that your building’s floor plenums are properly sealed, energy-efficient, and fully compliant with your project’s specifications.

Thermal Imaging for Locating Building Defects in London

Thermal imaging surveys offer an innovative and highly efficient way to detect building defects without causing any damage to the structure. These surveys use infrared technology to provide a non-invasive means of inspecting all types of commercial buildings. The benefits of thermal imaging in building inspections are significant, particularly in restoration and remediation projects, where it aids in identifying issues swiftly and accurately. Moreover, this technique eliminates the need for destructive investigations, such as tearing down walls or ceilings, which can be costly and time-consuming.

Thermal Imaging for Locating Building Defects
One of the most important advantages of thermal imaging is its ability to reduce health and safety risks. Traditional inspections often require access to high, hard-to-reach places, necessitating the use of scaffolding or access platforms. With thermal imaging, inspections can be conducted from the ground or other accessible points, eliminating the need for inspectors to work at heights. This reduces the risks of accidents and ensures that the inspection process is safer and more efficient.

The effectiveness of thermal imaging lies in the combination of advanced infrared cameras and the expertise of highly trained Level 3 engineers. These professionals are equipped with the knowledge and experience to interpret the thermal images correctly and document any issues they find. Additionally, after repairs or remediation work is completed, thermal imaging can be used again to verify that the work was carried out properly, ensuring that the building is in good condition.

Common Building Defects Identified Using Thermal Imaging

Thermal imaging can detect a wide range of building defects that might not be visible during a standard inspection. Here are some of the most common issues that can be uncovered:

Water Leaks in Roofs, Walls, and Floors

One of the most frequent problems discovered during thermal imaging surveys is moisture intrusion, particularly in roofing materials. When water penetrates a roof, it can significantly reduce the insulation properties of the roofing material. Infrared cameras can detect these moisture spots by identifying temperature differences, allowing engineers to pinpoint the exact areas where repairs are needed. In many cases, this can extend the life of a roof by addressing small issues before they become more serious, thus avoiding the costs of a full replacement.

Moisture infiltration is not limited to roofs; it can also affect walls and floors. Similar to roof inspections, thermal imaging can detect damp areas in these parts of the building. Dampness causes changes in temperature that are visible on infrared cameras because wet areas retain and release heat at a different rate than dry areas. The presence of moisture in walls or floors can lead to problems such as mold, mildew, and air quality issues. Over time, exposure to poor air quality can lead to health concerns for the occupants of the building, making early detection and remediation of moisture issues critical.

Air Leakage Around Windows, Doors, and Building Openings

Another common issue that thermal imaging helps to uncover is air leakage through windows, doors, and other openings in the building’s envelope. Air leaks can have a significant impact on a building’s energy efficiency by allowing conditioned air (either heated or cooled) to escape, which results in higher energy consumption and costs.

In combination with blower door testing, thermal imaging becomes an especially powerful tool for identifying air leaks. Blower door tests create pressure differences inside the building, making air leaks more apparent. When thermal imaging is used during this test, it becomes easy to visualize where the conditioned air is escaping. Addressing these leaks can dramatically improve a building’s energy efficiency.

Poor or Missing Insulation

Thermal imaging is also effective at identifying areas with missing or poorly installed insulation. In many of the surveys conducted, significant energy loss has been traced to areas where insulation is either absent or damaged. This could be the result of improper installation, degradation over time, or other issues.

A thermal imaging survey can reveal these problem areas by highlighting the differences in thermal patterns. Areas with missing or damaged insulation will exhibit a different heat signature compared to properly insulated sections of the building. Correcting these deficiencies can lead to a reduction in energy loss, which translates into lower heating and cooling costs.

Thermal Bridging in Structural Elements

Thermal bridging occurs when heat flows through materials with higher thermal conductivity, such as steel beams or concrete, bypassing the insulation designed to prevent heat transfer. This is a common issue in many existing buildings and can lead to higher energy consumption due to uncontrolled heat transfer.

Thermal bridges can be detected using infrared cameras, which reveal areas where heat is being conducted through the building envelope. Once identified, steps can be taken to minimize these thermal bridges, either through better insulation or changes to the building’s design. Reducing thermal bridging can improve the overall energy efficiency of a building and contribute to a more comfortable indoor environment.

Thermal Imaging for Renovation & Retrofit Projects

Thermal imaging is particularly valuable when preparing for renovation or retrofit projects. Before starting any work, a thermal survey can help uncover hidden issues in the existing structure, such as moisture, air leaks, or insulation problems. Identifying these problems early in the process allows building owners and contractors to address them before beginning the renovation, which can prevent costly delays and complications down the line.

Conducting a thermal imaging survey both before and after renovation work is also a useful way to verify that the work was done correctly. This ensures that any retrofitting done to improve energy efficiency is as effective as possible, and it provides peace of mind that the building is safe and healthy for its occupants.

BREEAM Thermal Imaging Surveys

For buildings seeking BREEAM (Building Research Establishment Environmental Assessment Method) certification, thermal imaging can play a critical role. BREEAM is a globally recognized sustainability assessment method for infrastructure and buildings, and thermal imaging surveys are often a key requirement for achieving this certification. At APT Sound Testing, our thermal imaging services go beyond the specifications required by BREEAM. Our thermographers are Level 3 certified, which is the highest accreditation available for thermographic inspections, ensuring the highest quality and accuracy in every survey.

Comprehensive Thermal Imaging Services

Our thermal imaging services offer a comprehensive solution for detecting and diagnosing building defects. We use large-format FLIR cameras to capture high-resolution thermal images, and our detailed reports include thermal indexing formulas for fault diagnosis, qualification, and severity grading. This allows us to provide a clear, actionable plan for addressing any issues that are discovered during the survey.

If you’re interested in learning more about how thermal imaging can benefit your building, or if you would like to arrange for a survey, please contact APT Sound Testing at 01525 303905 or email us at info@airpressuretesting.net. We are committed to providing the highest quality thermographic services to ensure the longevity, safety, and efficiency of your building.

BREEAM Thermal Imaging Surveys & APT Sound Testing

For over a decade, APT Sound Testing has been at the forefront of providing professional BREEAM thermal imaging surveys, specialising in checking for insulation continuity and identifying potential thermal anomalies in buildings. Our commitment to excellence is underscored by our use of the highest-resolution thermal imaging camera equipment available in the industry. All our surveyors are certified Level 2 thermographers, ensuring that every inspection meets the stringent standards required for accurate and reliable thermographic analysis.

Understanding BREEAM and the Importance of Thermographic Surveys

BREEAM (Building Research Establishment Environmental Assessment Method) is the world’s leading environmental assessment method and rating system for buildings. It sets the benchmark for best practices in sustainable building design, construction, and operation. BREEAM assessments are integral to promoting energy efficiency, reducing environmental impact, and ensuring the sustainability of building projects.

Thermographic surveys have become a critical component of BREEAM assessments. Both the BREEAM New Construction and BREEAM Domestic Refurbishment programs recognize the significant benefits of conducting thermographic surveys by awarding credits when a Level 2 certified thermographer performs a suitable thermal inspection. These surveys help in identifying areas of heat loss, insulation defects, and thermal bridging, which can affect a building’s energy performance and occupant comfort.

Our Range of Thermal Imaging Survey Services

At APT Sound Testing, we offer a comprehensive suite of thermal imaging surveys tailored to various sectors and requirements. Our services include:

1. Data Centre Thermal Surveys: Data centres generate substantial heat due to the high density of electronic equipment. Our thermal surveys help identify hotspots, cooling inefficiencies, and potential equipment failures, ensuring optimal performance and preventing costly downtime.
2. Building Envelope Thermal Surveys: We assess the exterior envelope of buildings to detect insulation gaps, air leakage paths, and thermal bridges. This is crucial for enhancing energy efficiency and meeting regulatory standards.
3. Flat Roof Condition Thermal Surveys: Flat roofs are susceptible to water ingress and insulation defects. Our thermal imaging can detect trapped moisture and insulation failures without invasive procedures, aiding in proactive maintenance.
4. Thermal Surveys on Electrical and Mechanical Installations: Overheating in electrical and mechanical systems can lead to failures or fire hazards. Our surveys identify overheating components, allowing for timely interventions.

Whether your project is commercial or domestic, and regardless of whether the inspection is for compliance with Part L2 (b) of the Building Regulations, insulation checks, air leakage paths, or underfloor heating inspections, we have the expertise to meet your specific needs. Our commitment to integrity ensures that you receive accurate and reliable results every time.

The Non-Invasive and Non-Destructive Nature of Our Surveys

One of the significant advantages of our BREEAM thermal surveys is that they are entirely non-invasive and non-destructive. This means that the building’s structure remains intact, with no mechanical or physical damage occurring during the inspection process. Thermal imaging technology allows us to “see” heat patterns on surfaces, revealing underlying issues without the need for physical intrusion.

Our Experienced and Certified Team

Our team comprises certified professional engineers who are not only highly skilled in thermal imaging techniques but also bring years of experience across various facets of construction, engineering, maintenance, and professional management. Their comprehensive understanding of BREEAM standards ensures that every survey is conducted in strict adherence to current regulations and best practices.

All our thermographers are Level 2 certified, a qualification that reflects advanced expertise in thermographic analysis. This certification is crucial for BREEAM assessments, as credits are awarded only when a Level 2 thermographer conducts the survey.

State-of-the-Art Thermal Imaging Equipment

To deliver the most accurate and detailed results, we utilize the best thermal imaging equipment available on the market. High-resolution cameras enable us to detect even the slightest temperature differentials, which might be missed by lower-grade equipment. This precision allows us to identify faults and inefficiencies that could impact a building’s energy performance and occupant comfort.

Efficient Reporting and Client Support

We understand that timely reporting is essential for project schedules and compliance requirements. That’s why we generate professional reports promptly, typically within 24 hours of completing the BREEAM survey. These reports are comprehensive yet easy to understand, providing clear insights into any identified issues along with recommendations for remediation.

Our commitment to proactive client service is a cornerstone of our business. We believe in building long-term relationships by consistently delivering high-quality services that exceed expectations. This client-centric approach is why many of our clients choose to work with us year after year.

Preparing for Your Thermal Imaging Survey

To ensure a smooth and efficient survey process, we require some preliminary information:

• Floor Plans and Elevation Drawings: These documents help our team plan the survey effectively, ensuring all critical areas are assessed.
• Building Location: Knowing the exact location allows us to consider local climate conditions that might affect the thermal imaging results.

Upon receiving these details, we provide a detailed quotation tailored to your project’s specific needs. Additionally, we supply an informative checklist to help you prepare for the thermal survey. This checklist includes guidelines on how to condition the building before the survey, such as heating requirements and occupancy considerations, to ensure optimal results.

Comprehensive Solutions Beyond Thermal Imaging

APT Sound Testing offers a holistic approach to building compliance and performance assessment. In addition to our thermal imaging surveys, we provide a range of pre-completion testing services, making us a one-stop solution for your project’s needs:

1. Air Tightness Testing for Building Regulations Part L: Air leakage can significantly impact a building’s energy efficiency. Our air tightness tests help identify leaks and ensure compliance with Part L of the Building Regulations.
2. Sound Testing for Building Regulations Part E: Acoustic performance is essential for occupant comfort. We conduct sound insulation testing to verify that buildings meet the required standards for airborne and impact noise transmission.
3. Planning Noise Surveys for BS8233 & BS4142: We perform environmental noise assessments to inform planning applications and ensure compliance with British Standards BS8233 and BS4142.
4. Server Room Integrity Testing: Maintaining the integrity of server rooms is crucial for data security and equipment longevity. Our tests ensure that these sensitive environments are adequately protected.

Why Choose APT Sound Testing?

• Expertise: With over 10 years of experience, we have a proven track record in delivering high-quality thermal imaging surveys and compliance testing.
• Certified Professionals: Our team of Level 2 certified thermographers and engineers brings unparalleled expertise to every project.
• Advanced Equipment: We invest in the latest thermal imaging technology to provide the most accurate and reliable results.
• Client-Centric Approach: We prioritize your needs, offering quick turnaround times, detailed reports, and ongoing support.
• Comprehensive Services: From thermal imaging to air tightness and sound testing, we offer a full suite of services to streamline your compliance processes.

Contact Us for Your Thermal Imaging Needs

If you’re in London or anywhere in the UK and require a thermal imaging survey, APT Sound Testing is ready to assist. Our professional and certified Level 2 thermographers will carry out your thermographic inspections in compliance with all necessary standards and current regulations.

To get started, simply provide us with:

• Floor Plans and Elevation Drawings: These help us understand the scope and layout of your project.
• Building Location: Knowing the site location allows us to schedule the survey at a time that suits you and consider any logistical factors.

Once we have these details, we’ll furnish you with a comprehensive quotation and our informative preparation checklist. This proactive approach ensures that the survey is conducted efficiently and yields the most accurate results.

Our Commitment to Sustainability and Excellence

At APT Sound Testing, we are passionate about what we do. We take great satisfaction in helping businesses and individuals make significant improvements in energy efficiency, sustainability, and compliance. By identifying thermal inefficiencies and providing actionable insights, we contribute to the creation of buildings that are not only compliant but also more comfortable and cost-effective to operate.

Our dedication to sustainability aligns with the core principles of BREEAM, and we are proud to support our clients in achieving their environmental performance goals. Whether it’s a new construction project aiming for the highest BREEAM rating or a refurbishment seeking to enhance its sustainability credentials, our thermal imaging surveys are an invaluable tool in the journey toward excellence.

Final Thoughts

Thermal imaging surveys are an essential component in modern building practices, offering insights that traditional inspection methods cannot. With the increasing emphasis on energy efficiency and sustainability, ensuring that your building meets the highest standards is more important than ever.

APT Sound Testing is committed to providing top-tier thermal imaging services that help you achieve compliance, improve performance, and contribute positively to the environment. Our expertise, advanced equipment, and client-focused approach make us the ideal partner for all your thermal imaging and compliance testing needs.

Get in Touch Today

Don’t leave your building’s thermal performance to chance. Contact APT Sound Testing today to schedule your BREEAM thermal imaging survey or to learn more about our comprehensive range of services. Let us help you ensure that your building not only meets regulatory requirements but also stands out as a model of sustainability and efficiency.

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Contact Information:

• Phone: 01525 303905
• Email: info@aptsoundtesting.co.uk
• Website: https://aptsoundtesting.co.uk/breeam-thermal-imaging-surveys/
• Address: Unit 2, Sayells Farm, Upper Sundon, Bedfordshire, LU3 3PE

We look forward to working with you and assisting in making your project a success.

What is Sound Insulation Testing for Flats?

What Sound insulation testing is a process that checks if a building meets the necessary acoustic standards. It is required for new and converted dwellings according to building regulations. The sound testing should be undertaken by suitably qualified testers who hold approved third-party accreditation such as a UKAS accredited sound testing company.

The sound insulation testing involves two main aspects:

Airborne Sound Insulation: This relates to sound that travels via the air and through separating structures between rooms. For example, airborne sound across a lightweight floor would pass through the plasterboard ceiling, into the floor void, through the floorboards, and into the room.

Impact Sound Insulation: This measures the noise level in a room when an impact source is applied directly to the floor above.

The specific acoustic performance requirements for new builds and conversions are set within Approved Document E ‘resistance to the passage of sound. The criteria for refurbishments are slightly more lenient than for new builds, recognizing that it can be more difficult to soundproof an existing structure.

For compliance with the Building Regulations, the acoustic testing must be conducted by a qualified acoustic engineer who is accredited to conduct sound testing by an organisation such as UKAS accredited testing laboratory

Why We Are the Best Company for Your Sound Insulation Testing

Sound insulation testing is a critical aspect of building construction and design. It ensures that your building meets the necessary acoustic standards, providing a comfortable and productive environment for its occupants. But with so many companies offering this service, why should you choose us? Here are some compelling reasons:

1. Expertise and Experience in Sound Insulation Testing

Our acoustic team comprises highly skilled and experienced professionals who have been in the sound testing field for 20 years. We understand the intricacies of sound insulation testing and design and can provide our services on all types of developments, regardless of its size or complexity. We are also a UKAS accredited testing laboratory working to the highest ISO standards.

2. We Use the Latest Acoustic Technology

We use state-of-the-art Norsonic sound test equipment and software for our sound testing. This not only ensures accurate results but also allows us to complete the tests quickly and efficiently.

3. Comprehensive Sound Testing Services

Our services are not limited to just sound testing. We also offer consultation, advice on sound insulation design, and solutions to any sound insulation problems you might have in your apartment buildings etc. as part of our comprehensive package we can undertake sample sound testing to the existing floor and walls within your building, we can then undertake targeted acoustic design using the results from the sample sound testing to reduce ussies such as noise flanking etc.  We then undertake the final precompletion sound testing for Building Regulations Part E to enable Building Control signoff for the acoustic portion for your project.

4. Quality Assurance

We adhere to strict quality control procedures aligned to ISO17025 to ensure that our tests are conducted under the right conditions and that the results are reliable. We are also a UKAS accredited Sound Testing Laboratory so you can be sure of the highest testing standards and reportage at all times.

5. Customer Satisfaction

Our customers are our top priority. We go the extra mile to ensure that you are satisfied with our acoustic services, which is reflected in our positive Google reviews. We provide timely and clear communication and are always ready to answer any questions you might have in regard to the acoustic design on your new/conversation project. 

6. Competitive Sound Test Pricing

Despite offering a comprehensive and professional service, our prices are very competitive. We believe in providing value for money and strive to make our services affordable for all, however big or small the project.

7. We choose us for you Sound Insulation Testing

In conclusion, our expertise, comprehensive services, commitment to quality, customer focus, and competitive pricing make us the best choice for your sound insulation testing needs. Contact us today to schedule a sound test or to learn more about our services. We look forward to working with you!

Also, if you have any further questions, feel free to ask!

Please contact us on info@aptsoundtesting.co.uk or call APT Sound Testing direct on 07775 623464.

Floor Plenum Testing Services by APT Sound Testing

APT Sound Testing provides thorough floor plenum testing in alignment with the Floor Plenum Airtightness – Guidance and Testing Methodology (BG 65/2016). Our testing services are vital for ensuring that conditioned air is efficiently distributed from the floor plenum to the occupied spaces, without leaking into unintended areas like cavities, risers, stairwells, or other adjacent zones. Proper sealing of the floor plenum is crucial to allow diffusers and grilles to deliver air at the correct flow rates, thereby enhancing both energy efficiency and comfort within the building.

What is a Floor Plenum?

A floor plenum is a space between the structural floor of a building and the raised access floor above it. This void is typically utilised for the distribution of conditioned air throughout the building, supporting HVAC systems by providing pathways for either supply or return airflows. The air within the plenum is usually maintained at a pressure higher than the atmospheric pressure to facilitate its movement into the occupied areas above.

However, this setup presents a potential for air leakage, which can lead to significant energy inefficiencies and discomfort for occupants. Ensuring that the conditioned air flows directly into the occupied zones, rather than leaking into cavities, risers, or other unintended areas, is essential for maintaining both the efficiency of the building’s HVAC system and the comfort of its users.

Importance of Floor Plenum Sealing

Properly sealing the floor plenum ensures that the air supplied to this void is discharged through floor-mounted diffusers or grilles, rather than escaping through joints in the raised access floor or between the floor and walls. This is critical because unintentional air leakage can disrupt the designed air distribution, leading to uneven heating or cooling, increased energy consumption, and potential discomfort for building occupants.

To prevent these issues, the floor plenum must be constructed and sealed meticulously. The materials used, the quality of the construction, and the precision in sealing all joints and penetrations are crucial factors in achieving the desired airtightness.

How We Conduct Floor Plenum Testing

At APT Sound Testing, we use specialised equipment to conduct floor plenum airtightness tests. The testing process involves the use of a fan, which is set up within the test zone to measure the pressure differences and detect any air leakage. Prior to testing, all air ducts must be turned off and sealed to ensure that the readings are accurate and reflective of the floor plenum’s airtightness.

The test consists of taking a series of pressure readings across different points within the plenum. These readings help us determine whether the plenum meets the required airtightness standards. If the plenum fails the test, we can conduct a smoke survey to identify the specific paths where air is leaking. This allows us to provide a detailed report highlighting the areas that need remedial sealing work.

Why Floor Plenum Airtightness Matters

The airtightness of a floor plenum is a critical factor in the overall performance of a building’s HVAC system. When air leaks occur within the plenum, it can result in reduced efficiency of the system, leading to higher energy consumption and increased operational costs. Additionally, air leakage can cause uneven distribution of conditioned air, leading to hot or cold spots within the building, which can significantly impact occupant comfort.

Moreover, uncontrolled air leakage can interfere with the building’s ability to maintain proper indoor air quality. By allowing conditioned air to escape or allowing unconditioned air to enter the plenum, the building may struggle to maintain the desired temperature and humidity levels, potentially leading to an uncomfortable or unhealthy indoor environment.

Key Considerations for Floor Plenum Construction

When constructing a floor plenum, several important considerations must be taken into account to ensure its airtightness and overall effectiveness:

1. Alignment of Carpet Tiles and Floor Panels: In many office buildings, carpet tiles are installed over the raised access floor. If the joints between these tiles are not aligned with the joints of the underlying floor panels, air leakage can be minimized, especially if the carpet tiles are glued in place. However, relying solely on carpet tiles for airtightness is not advisable, as they may de-bond over time.
2. Sealing Electrical and Data Boxes: Raised access floors often include electrical and data boxes. The air leakage potential of these boxes should be evaluated to ensure they do not significantly contribute to overall floor leakage, which could reduce the efficiency of air delivery to grilles and diffusers. Any penetrations for cabling or other utilities should be sealed properly to prevent air leakage.
3. Perimeter Sealing: The perimeter of the floor plenum, where the access floor meets the wall, is often a critical area for air leakage. To reduce this, it may be beneficial to install a metal angle along the perimeter, combined with closed-cell board or neoprene strips, to enhance the seal and prevent excessive air leakage.
4. Wall Construction and Sealing: The walls of the floor plenum are particularly vulnerable to air leakage. Plasterboard can be used as an airtight barrier, but it is essential to ensure that all joints are sealed, especially where the boards meet other boards, walls, floors, and the underside of the raised access floor. Similar precautions should be taken with coated mineral fire boards used in conjunction with fire mastic. The boards should have a specified air leakage rate of 0.15 l/(s.m²)@50Pa and a life expectancy of at least 25 years.
5. Concrete Floors and Joint Sealing: While poured in-situ concrete floors generally do not have significant air leakage issues, other types such as hollow-core and solid composite precast planks require careful sealing along the plank joints. Beam and block floors should be covered by a screed to prevent excess air leakage.

Common Air Leakage Paths in Floor Plenums

To create an airtight floor plenum, it is essential to identify and properly seal all potential air leakage paths. During the early design phase and throughout construction, a thorough evaluation of the following common leakage points should be conducted:

1. Utility Penetrations:
   • Cable Bundles and Trays: Any penetrations through the access floor, walls, and subfloor for cables must be sealed to prevent air leakage.
   • Pipes: Similar to cables, all pipe penetrations should be properly sealed.
   • Fire/Plenum Barriers: These barriers must be airtight to prevent air from bypassing the intended flow paths.
2. Cable Trunking: The interior of cable trunking within the plenum should be sealed to prevent air from escaping into unwanted areas.
3. Masonry Work: Poorly jointed or incomplete masonry can be a significant source of air leakage. Ensuring that all masonry work is properly executed is crucial for maintaining airtightness.
4. Risers and Ducting: Proper sealing of risers and ducting within the plenum is necessary to prevent air leakage and ensure efficient air distribution.
5. Plasterboard Sealing: All edges and ends of plasterboard below the raised floor level should be sealed to prevent air from escaping.
6. Compartment Barriers: Gaps between compartment barriers, the top of the raised access floor, and the subfloor should be sealed to prevent air leakage.
7. Curtain Walling/Glazing: Any gaps between curtain walling or glazing and the plenum should be sealed to prevent air leakage.

Floor Plenum Testing

APT Sound Testing is dedicated to ensuring the airtightness of floor plenums in commercial buildings. Our comprehensive Floor Plenum Testing services, backed by the expertise of a UKAS-accredited laboratory, are designed to help you achieve optimal performance from your HVAC system while maintaining energy efficiency and occupant comfort. Whether you are constructing a new building or managing an existing one, we can assist you with all aspects of floor plenum testing and remediation.

If you have concerns about the airtightness of your floor plenum or require testing services, please do not hesitate to contact APT Sound Testing. Our expert staff are ready to provide you with the advice and testing services you need to ensure the effectiveness and efficiency of your building’s HVAC system. Call us today at 01525 303 905, or visit our website for more information.

UKAS Accredited Sound Testing Services

At APT Sound Testing, we offer UKAS-accredited sound testing services across London and the entire UK, complying with the stringent requirements outlined in Approved Document E of the Building Regulations. Our expertise extends to a wide range of building types, encompassing both residential and commercial structures, as well as schools and buildings that house rooms for residential purposes.

Our dedicated team of sound testing engineers brings a wealth of experience to every project, ensuring that our clients receive the highest quality service. We understand the critical importance of meeting acoustic standards for building completion, and our engineers are committed to helping clients achieve the necessary acoustic performance to pass their sound tests. In addition to sound testing, we provide acoustic design advice to assist our clients in making informed decisions that will facilitate successful project outcomes.

Our goal is to support our clients throughout the process, from initial consultation to final testing, to ensure they meet all required regulations.

In addition to our sound testing services, we also offer UKAS-accredited air tightness testing, which can be integrated into our service package. By providing both sound and air tightness testing as part of a single, seamless process, we help our clients reduce costs and avoid the complications that can arise from coordinating multiple service providers. This integrated approach streamlines the testing process and ensures that all necessary compliance checks are completed efficiently and effectively.

Expertise in Sound Testing

At APT Sound Testing, our team of engineers is highly experienced in conducting sound tests across a diverse range of building types. Whether working on new residential developments, commercial buildings, educational facilities, or healthcare environments, our engineers apply their extensive knowledge to deliver precise and reliable testing results. Our commitment to quality service is reflected in the satisfaction of our clients, who benefit from our proactive approach and deep understanding of acoustic design principles.

We are proud to offer not only sound testing services but also comprehensive acoustic consultancy. This allows us to assist clients with the design and implementation of effective noise control measures, which can significantly enhance the likelihood of passing sound tests. Our engineers work closely with clients to identify potential acoustic challenges early in the project, providing actionable advice that can be incorporated into the design and construction phases. This collaborative approach helps to ensure that the final building meets all acoustic requirements, facilitating a smoother path to building completion.

Who We Serve

Our client base is diverse, ranging from individual self-builders to some of the largest housing developers in the UK. We also work with various public sector organizations, including the health authority and financial institutions, providing specialized services such as cleanroom testing. Over the years, we have built a reputation for delivering high-quality, reliable service that meets the unique needs of each client. Our commitment to client satisfaction is evident in our high rate of return clients, which is among the highest in the industry for pre-completion testing and consultancy services.

What sets us apart is our ability to provide a truly in-house service. Unlike many other providers, we do not subcontract our work. This means that every aspect of the testing process, from initial consultation to final reporting, is managed by our own team of experts. This approach allows us to maintain the highest standards of quality and consistency across all of our projects. Additionally, our central London office enables us to respond quickly and efficiently to client requests, offering the flexibility to accommodate last-minute testing needs and weekend work, particularly for clients in the banking sector.

Commitment to Quality and Innovation

At APT Sound Testing, we place a strong emphasis on innovation and continuous improvement. We invest heavily in both our personnel and our equipment to ensure that we can provide the most accurate and reliable testing services available. Our engineers are trained to the highest standards, and we use the latest acoustic testing and survey equipment, all of which is UKAS calibrated to ensure accuracy. By keeping our team and tools at the cutting edge of the industry, we are able to offer our clients a service that is both efficient and of the highest quality.

We are also committed to listening to our clients’ needs and providing practical, cost-effective solutions that take into account the specific challenges of their projects. We understand that each project is unique, with its own set of requirements and constraints, and we tailor our services accordingly. Whether it’s providing acoustic design consultancy, conducting pre-completion testing, or offering advice on how to achieve compliance with Building Regulations, our team is dedicated to helping our clients succeed.

A Client-Focused Approach

Our approach to client service is built on the principles of responsiveness, reliability, and professionalism. We recognize that our clients rely on us to deliver critical services that are essential for the successful completion of their projects, and we take this responsibility seriously. From the initial inquiry to the final report, we strive to make the process as smooth and straightforward as possible. Our team is always available to answer questions, provide updates, and offer support at every stage of the project.

We believe that clear communication is key to a successful partnership, and we work hard to ensure that our clients are kept informed throughout the testing process. This includes providing detailed reports that clearly outline the results of our tests, as well as any recommendations for further action. Our goal is to give our clients the information they need to make informed decisions and to move forward with confidence.

Why Choose APT Sound Testing?

Choosing APT Sound Testing means choosing a partner that is committed to excellence in every aspect of our work. Our UKAS accreditation is a mark of the quality and reliability of our services, and we adhere to the strictest ISO standards in all of our testing and consultancy work. This ensures that our clients can have complete confidence in the results we provide and in the integrity of our testing processes.

Moreover, our extensive experience in the industry means that we have the knowledge and expertise to handle even the most challenging projects. Whether you’re developing a large residential complex, refurbishing an office building, or constructing a new school, we have the skills and resources to help you achieve your goals. Our team is passionate about what we do, and we are always looking for new ways to improve our services and deliver even greater value to our clients.

In summary, APT Sound Testing is your trusted partner for sound testing and acoustic consultancy services across London and the UK. Our comprehensive range of services, combined with our commitment to quality and customer satisfaction, makes us the ideal choice for any project requiring acoustic compliance. We invite you to contact us to discuss your next project and discover how we can assist you in achieving the required standards for sound and air tightness testing.

For more information or to schedule a consultation, please call us at 01525 303 905 or visit our website to contact us using our online form. We look forward to working with you on your next project and helping you achieve the acoustic performance you need for building completion.

APT Acoustic Consultancy Testing

As leading Acoustic Consultants, here at APT Sound Testing we pride ourselves on providing comprehensive, turnkey solutions that address all your acoustic requirements, ensuring full compliance with planning regulations and Building Regulations Part E. Our goal is to help you achieve building control sign-off for the acoustic elements of your project, guiding you through the entire process with professional advice and a continual focus on cost-efficiency.

Our approach begins with a thorough site visit, during which we conduct sample sound insulation testing on the existing walls and floors of your building. This crucial step allows us to assess the sound insulation performance of the existing dividing partitions. By establishing accurate sound levels, we can develop a targeted acoustic design that ensures your project will comply with the stringent requirements of Building Regulations Part E.

We offer comprehensive support throughout the lifecycle of your project, from the initial design stage through to the final pre-completion sound testing. Our expertise enables us to carefully review and refine the acoustic details of your construction, focusing on the essential elements of mass, isolation, and absorption to create an effective acoustic design.

To assist our clients in achieving compliance with Approved Document E, we have developed a specialised four-step acoustic design advice package. This package is designed to address the unique needs of each project, providing clear guidance and expert solutions at every stage.

Step 1: Site Survey Visits

The first step in our process involves conducting site survey visits to thoroughly assess the existing site construction. During these visits, our team examines the building’s current structure, paying close attention to any potentially problematic construction elements, such as the use of lightweight blocks. These materials can negatively impact acoustic performance if not properly addressed. Additionally, we take this opportunity to ensure that the installation teams are adhering to the manufacturer’s guidelines when installing acoustic materials. By identifying potential issues early, we can recommend adjustments or enhancements to the construction process that will improve overall sound insulation.

Step 2: Sample Sound Testing

Following the site survey, we proceed with sample sound testing of the existing construction. This step provides us with a detailed and accurate overview of the acoustic performance of the existing partitions. Understanding the current sound insulation levels is essential for developing a targeted acoustic design. By measuring the actual performance of your building’s partitions, we can identify any weaknesses and suggest specific improvements to enhance sound insulation. This data-driven approach ensures that the acoustic design we propose is tailored to the unique characteristics of your building, maximizing the effectiveness of the soundproofing measures we recommend.

Step 3: Acoustic Design Review

Once we have gathered all necessary data from the site survey and sound testing, we conduct a full acoustic design review. This comprehensive analysis focuses on the party walls and floors of the proposed development, ensuring that every aspect of the acoustic design meets the requirements of Building Regulations Part E. Our design review includes a detailed examination of the mass, isolation, and absorption properties of the construction materials and methods being used. We assess whether the proposed design will effectively mitigate noise transmission between adjoining spaces, and we suggest modifications where necessary to optimise acoustic performance. Our goal is to deliver a design that not only complies with regulations but also enhances the overall acoustic environment of the building, contributing to a more comfortable and functional space for occupants.

Step 4: Pre-Completion Sound Testing

The final step in our process is pre-completion sound testing, which is essential for satisfying the requirements of Approved Document E. This testing is typically requested by local authorities to verify that the building meets the required sound insulation standards before completion. Our team conducts thorough sound insulation tests on the finished partitions, ensuring that the construction meets or exceeds the standards set out in Building Regulations Part E. If any issues are identified during this testing phase, we provide immediate recommendations for corrective actions, helping you to achieve compliance without delay.

Our commitment to providing expert acoustic consultancy services ensures that your project will meet all necessary regulatory requirements while also delivering high-quality acoustic performance. By partnering with us, you can be confident that every aspect of your project’s acoustic design will be carefully managed and optimized for success.

In addition to our four-step acoustic design advice package, we are always available to offer further assistance and guidance as needed. If your project has specific challenges or requires additional support, we are here to help. Our team of experienced consultants is dedicated to ensuring that your project achieves the best possible outcomes, both in terms of compliance and overall acoustic quality.

We understand that navigating the complexities of Building Regulations Part E can be challenging, but with our expert guidance, you can be assured that your project will meet all necessary standards. Whether you are at the initial planning stages or approaching project completion, our comprehensive acoustic consultancy services are designed to support you every step of the way.

If you require pre-completion sound testing or any other acoustic consultancy services, please do not hesitate to contact us. We are available to discuss your specific needs and provide tailored solutions that will help you achieve compliance with all relevant regulations. To arrange a consultation or to schedule sound insulation testing, you can reach us at 01525 303905 or via email at info@aptsoundtesting.co.uk.

Acoustic Consultants: A Holistic Approach

Our holistic approach to acoustic consultancy ensures that your project benefits from expert advice and cost-effective solutions throughout its lifecycle. From initial site surveys to final sound testing, we are committed to delivering the highest standards of service and compliance.

By choosing APT Sound Testing as your acoustic consultants, you can be confident that your project’s acoustic elements will be handled with the utmost professionalism and care, ensuring a successful outcome for your building control sign-off.