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Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team Murray Ker Business Development Murray joined the team in August 2021 following over a decade at a national door manufacturer. A keen gardener, Murray opened a Live Plant Display company for 12 years before selling it and moving back into the manufacturing industry. His current role in Business Development makes use of his vast manufacturing expertise and his love of a good chat. Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

UKTC offers Classification Reports certifying fire performance of construction products and building elements tested for fire resistance. Services include classification of walls, floors, roofs, beams, fire doors, smoke control doors, and more, following BS EN 13501-1 and BS EN 13501-2 standards. Classification Reports Classification Reports certify the fire performance of building elements that have been subjected to relevant reaction to fire and fire resistance tests. United Kingdom Testing and Certification undertake classification construction products and building elements including but not limited to: Walls Floors Roofs Beams Columns Balconies Walkways Stairs Partitions Facades (Curtain Walls) and External Walls Fire doors and shutters and their closing devices Smoke control doors Penetration seals Linear joint seals Test Standards – • BS EN 13501-1: Fire classification of construction products and building elements – Classification using data from reaction to fire tests. • BS EN 13501-2: Fire Classification of construction products and building elements – Classification using data from fire resistance tests, excluding ventilation services.

Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team David Brown Business Unit Director Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team Ellen Johnson Compliance Officer Ellen is a quality assurance and compliance professional with over 20 years’ experience in the private sector implementing various quality standards. Ellen joined UKTC from its inception in 2020 and has successfully delivered the business systems required to achieve the key laboratory testing standard ISO/IEC17025 and the product certification standard ISO/IEC17065. Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team Josh Kelly Technical Officer Josh joined the Technical team in February 2025 to further strengthen the technical team and its abilities. Josh will work alongside clients to deliver an industry-leading test experience. Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team Jago Steven Sales Executive Jago joined UKTC in January 2025 following a year in the signage industry. In his role of Sales Executive, Jago is responsible for developing relationships with new and existing clients. Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

Ensure the fire safety of your doorsets with UKTC's accredited testing services. Our UKAS lab tests timber, steel, aluminium, and composite doorsets, plus hardware. Get comprehensive, internationally recognised fire resistance reports. Your safety is our mission Doorset Testing We provide accredited independent fire door testing services and fire resistance testing for door hardware and ironmongery. Have a Question, or want to make an enquiry? Fill out a quick form for a quote. Speak to Us Your Doorset Testing Process We are able to test timber, steel, aluminium and composite doorsets as well as door hardware such as: locks and latches, hinges, door closing devices, panic exit devices and door furniture. UKAS Accredited Laboratory Our UKAS accredited testing laboratory No. 21542 can provide full end-to-end fire testing services alongside fire resistance testing. Comprehensive Report Once your test is completed, you will be issued with a comprehensive and internationally recognised fire resistance test report accessible by your very own online portal with a full video of the test conducted. Test Standards BS 476-22: 1987 § 6, 7 & 8 BS EN 1634-1:2014+A1: 2018 Frequently asked questions How much does a fire resistance test cost? Full-scale Fire Resistance tests are available from £8,800 plus VAT. However, every test is unique, and fees can vary based on the scope of work involved. During contract review, UKTC personnel will work collaboratively with customers to ensure that the broadest field of application is achieved whilst minimising investment. What is BS 476 Part 22? BS 476 Part 22 is a key standard within the UK's building safety regulations that specifies methods for testing the fire resistance of non-loadbearing elements of construction, such as doors, shutters, and various types of ducts and dampers. This standard is instrumental in determining how these elements will perform in the event of a fire, ensuring they meet the necessary safety requirements to protect building occupants and property. What is BS EN 1634-1? BS EN 1634-1:2014 + A1:2018 is a European standard that specifies the test methods for assessing the fire resistance of door and shutter assemblies, including openable windows and elements of building hardware. This standard is crucial for evaluating how well these components can withstand fire, aiming to restrict fire development, limit its spread, and protect escape routes. How long does it take to get results? On completion of the test, the responsible officer will confirm the results within 24 hrs. This will be followed by a comprehensive draft report within 14 days. Can my product be changed from what was tested? Unlike fire resistance tests under British Standards, European standards provide a Direct Field of Application (DIAP) which detail the permissible changes from what was tested. An Extended Field of Application (EXAP) can also be undertaken which offers a great scope of variations than a DIAP. What is third-party certification? Third-party certification is independent verification that a product or service fulfils certain criteria. With passive fire protection products, this normally involves a certification body assessing test results, carrying out a factory production control audit and undertaking periodic inspections to ensure constancy of performance. UKTC work with many approved certification providers, including Bluesky Certification , IFC Certification and UL Solutions . What is UKCA Marking? UK Conformity Assessed (UKCA) marking is the new product marking which will be required for certain products placed on the market in Great Britain (England, Wales and Scotland). Does my product require UKCA Marking? The Construction Products Regulation in Great Britain states that any Construction Product covered by a UK Designated Standard must be UKCA marked. What is BS EN 13501-1? BS EN 13501-1 is a European standard that classifies the fire performance of a constriction product. The standard provides a framework, and series of tests used to determine how materials react to fire including its smoke production and flaming droplets. It assigns Euroclass ratings (A1, A2, B, C, D, E, F) to products based on their performance. What is an Extended Field of Application Report (EXAP)? Extended Field of Application (EXAP) reports present a prediction of performance based on one or more test results, thereby enabling a broader field of application while maintaining or enhancing performance to product in question. Button Testing Reaction to Fire Button Technical Classification Reports Button Certification UKTC ensure™ Button Testing Doorsets & Hardware Button Technical EXAP Reports Button Testing Walls & Partitions

Dive into the BS EN 13823:2020 test process, where we assess building products' reaction to thermal attack by a single burning item. Single Burning Item (SBI) Test BS EN 13823:2020 Building products excluding floorings exposed to the thermal attack by a single burned item (BS EN 13823:2020) This procedure specifies a method of test for determining the rection to fire performance of construction products when exposed to thermal attack by a single burning item (SBI). The test specimen consists of 2 vertical wings forming a right-angled corner. The dimensions of the wings are: The long wing: 1500mm high x 1000mm long. The short wing 1500mm high x 500 + (thickness of long wing) mm long The maximum thickness shall be no more than 200mm. If the product is thicker than 200mm, then thickness shall be reduced on the unexposed side. The samples must be conditioned, a minimum of 3 samples must be tested. The extraction is set to a volume flow of 0.6=-0.05m³/s. Each test specimen is then fixed in the trolley and is exposed to a flame from a burner placed at the bottom of the corner. The flame is obtained by combustion of propane gas and gives heat output of 30.7±2kW. The flame is applied for 20 mins. The test apparatus measures the following: Temperatures of exhaust gases Volume flow in the exhaust Light attenuation (for measurement of smoke density) O2 and CO2 mole fraction of the exhaust gases. These quantities are recorded automatically and are used to calculate the Heat Release Rate (HRR) and Smoke Production Rate (SPR). A visual observation is also measured for flaming droplets an horizontal spread of flame. HRR is used to calculate FIGRA (fire growth rate) at 0.2 and 0.4MJ, and SPR is used to calculate SMOGRA (smoke growth rate). The test report is then written by the highly experienced UKTC team.

Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team Barry Steven Laboratory Manager Barry started his UKTC career in the technical team and now oversees the daily operations of our UKAS accredited Fire Resistance laboratory Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

Understand your building materials' fire behaviour with UKTC's Reaction to Fire Testing Services. We test combustibility and contribution to fire development, ensuring compliance with BS EN 13501-1 standards. Partner with us for safety and assurance. Reaction to Fire Asses a construction material's contribution to the development and spread of a fire with a reaction to fire test. Have a Question, or want to make an enquiry? Fill out a quick form for a quote. Speak to Us Reaction to Fire testing examines the characteristics, such as combustibility, of building materials to determine their contribution to fire development and spread. Such materials can be classified into one of seven classes under BS EN 13501-1 according to their reaction to fire: A1 – Non-combustible materials, do not contribute to the development of a fire A2 – Materials with limited combustibility, do not contribute to the development of a fire B – Combustible, limited contribution to fire C – Combustible, minor contribution to fire D – Combustible, contributes to fire E – Combustible, will only resist a small flame for a few seconds F – Materials that have not been classified or have not met minimum requirements of class E. To obtain a classification, products are tested according to the following test methods: BS EN 13823:2020 + A1 2022 Single Burning Item (SBI) This procedure, likely the most recognisable of the tests, specifies a method of test for determining the reaction to fire of construction products when exposed to thermal attack by a single burning item. Read More BS EN ISO 1182:2020 Non-Combustibility Test This test identifies products that will not, or not significantly, contribute to a fire, regardless of their end use. This test has been developed to identify construction products which produce a very limited amount of heat and flame when exposed to temperatures of approximately 750°C. Read More BS EN ISO 11925-2:2020 Small Flame The Small Flame test method determines the potential maximum total heat release of a product when completely burned, regardless of its end use. This determines the absolute value of the heat of combustion for a product without accounting for inherent product variability. Read More BS EN ISO 1716:2018 Calorific Value This test determines the potential maximum contribution of a product to a fire by measuring the gross heat of combustion. Read More Frequently asked questions How much does a fire resistance test cost? Full-scale Fire Resistance tests are available from £8,800 plus VAT. However, every test is unique, and fees can vary based on the scope of work involved. During contract review, UKTC personnel will work collaboratively with customers to ensure that the broadest field of application is achieved whilst minimising investment. What is BS 476 Part 22? BS 476 Part 22 is a key standard within the UK's building safety regulations that specifies methods for testing the fire resistance of non-loadbearing elements of construction, such as doors, shutters, and various types of ducts and dampers. This standard is instrumental in determining how these elements will perform in the event of a fire, ensuring they meet the necessary safety requirements to protect building occupants and property. What is BS EN 1634-1? BS EN 1634-1:2014 + A1:2018 is a European standard that specifies the test methods for assessing the fire resistance of door and shutter assemblies, including openable windows and elements of building hardware. This standard is crucial for evaluating how well these components can withstand fire, aiming to restrict fire development, limit its spread, and protect escape routes. How long does it take to get results? On completion of the test, the responsible officer will confirm the results within 24 hrs. This will be followed by a comprehensive draft report within 14 days. Can my product be changed from what was tested? Unlike fire resistance tests under British Standards, European standards provide a Direct Field of Application (DIAP) which detail the permissible changes from what was tested. An Extended Field of Application (EXAP) can also be undertaken which offers a great scope of variations than a DIAP. What is third-party certification? Third-party certification is independent verification that a product or service fulfils certain criteria. With passive fire protection products, this normally involves a certification body assessing test results, carrying out a factory production control audit and undertaking periodic inspections to ensure constancy of performance. UKTC work with many approved certification providers, including Bluesky Certification , IFC Certification and UL Solutions . What is UKCA Marking? UK Conformity Assessed (UKCA) marking is the new product marking which will be required for certain products placed on the market in Great Britain (England, Wales and Scotland). Does my product require UKCA Marking? The Construction Products Regulation in Great Britain states that any Construction Product covered by a UK Designated Standard must be UKCA marked. What is BS EN 13501-1? BS EN 13501-1 is a European standard that classifies the fire performance of a constriction product. The standard provides a framework, and series of tests used to determine how materials react to fire including its smoke production and flaming droplets. It assigns Euroclass ratings (A1, A2, B, C, D, E, F) to products based on their performance. What is an Extended Field of Application Report (EXAP)? Extended Field of Application (EXAP) reports present a prediction of performance based on one or more test results, thereby enabling a broader field of application while maintaining or enhancing performance to product in question. Button Testing Reaction to Fire Button Technical Classification Reports Button Certification UKTC ensure™ Button Testing Doorsets & Hardware Button Technical EXAP Reports Button Testing Walls & Partitions

Learn more about the team behind delivering fire resistance and reaction to fire testing for passive fire protection product manufacturers. Our Team Andrew Jeffrey Graphic Designer Andrew joined UKTC in March 2024 following time at a post-production house in Glasgow where he produced visual effects (VFX), branding and motion graphics for film, tv and leading international brands. Now in the role of Graphic Designer, Andrew supports the marketing efforts of UKTC by building the visual identity of the brand and creating visually appealing marketing content to support both the online and offline channels of the business. Meet the team Learn more about the team dedicated to delivering leading fire testing and certification services. Our Team

Secure your safety with UKTC's Smoke Leakage Testing. Understand your fire doors' performance in emergencies and ensure protection against smoke and flames. Our tests are conducted under controlled conditions for accurate, reliable results. Safety is paramount. Smoke Leakage Testing The smoke leakage test is an important safety measure that determines how well your fire doors and shutters will keep you safe in case of emergencies. This examination looks at the possibility for hot or cold air flow through them when they're activated during fires. Have a Question, or want to make an enquiry? Fill out a quick form for a quote. Speak to Us Why do I require Smoke Leakage Testing? As an essential part of all building safety, doors require to perform various functions and achieve the correct the satisfactory level of performance as part of of the overall building outcome. Smoke Leakage testing is a critical process of your fire safety testing process. A fire door that is correctly halts and reduces the spread of flame, but allows a passageway for smoke is insufficient for the protection of life in the event of a fire incident. What to expect from a smoke leakage test? To evaluate smoke leakage at ambient temperatures, the test is conducted using a specially designed smoke leakage chamber that houses a partition to install the sample. The chamber uses fans to control the pressure exerted and includes a pressure transducer, a flow meter and digital displays to record pressure and leakage rates throughout the test. Leakage over the perimeter length of the opening element is used to determine the results. It is possible to evaluate both positive and negative pressures at ambient temperature. This can be done by simply reversing the chamber control fan's polarity to demonstrate leakage rates at ambient temperatures from both directions; leakage readings are taken at 10 pascals (Pa), 25 Pa and 50 Pa. Frequently asked questions How much does a fire resistance test cost? Full-scale Fire Resistance tests are available from £8,800 plus VAT. However, every test is unique, and fees can vary based on the scope of work involved. During contract review, UKTC personnel will work collaboratively with customers to ensure that the broadest field of application is achieved whilst minimising investment. What is BS 476 Part 22? BS 476 Part 22 is a key standard within the UK's building safety regulations that specifies methods for testing the fire resistance of non-loadbearing elements of construction, such as doors, shutters, and various types of ducts and dampers. This standard is instrumental in determining how these elements will perform in the event of a fire, ensuring they meet the necessary safety requirements to protect building occupants and property. What is BS EN 1634-1? BS EN 1634-1:2014 + A1:2018 is a European standard that specifies the test methods for assessing the fire resistance of door and shutter assemblies, including openable windows and elements of building hardware. This standard is crucial for evaluating how well these components can withstand fire, aiming to restrict fire development, limit its spread, and protect escape routes. How long does it take to get results? On completion of the test, the responsible officer will confirm the results within 24 hrs. This will be followed by a comprehensive draft report within 14 days. Can my product be changed from what was tested? Unlike fire resistance tests under British Standards, European standards provide a Direct Field of Application (DIAP) which detail the permissible changes from what was tested. An Extended Field of Application (EXAP) can also be undertaken which offers a great scope of variations than a DIAP. What is third-party certification? Third-party certification is independent verification that a product or service fulfils certain criteria. With passive fire protection products, this normally involves a certification body assessing test results, carrying out a factory production control audit and undertaking periodic inspections to ensure constancy of performance. UKTC work with many approved certification providers, including Bluesky Certification , IFC Certification and UL Solutions . What is UKCA Marking? UK Conformity Assessed (UKCA) marking is the new product marking which will be required for certain products placed on the market in Great Britain (England, Wales and Scotland). Does my product require UKCA Marking? The Construction Products Regulation in Great Britain states that any Construction Product covered by a UK Designated Standard must be UKCA marked. What is BS EN 13501-1? BS EN 13501-1 is a European standard that classifies the fire performance of a constriction product. The standard provides a framework, and series of tests used to determine how materials react to fire including its smoke production and flaming droplets. It assigns Euroclass ratings (A1, A2, B, C, D, E, F) to products based on their performance. What is an Extended Field of Application Report (EXAP)? Extended Field of Application (EXAP) reports present a prediction of performance based on one or more test results, thereby enabling a broader field of application while maintaining or enhancing performance to product in question. Similar Testing Services Reaction to Fire Testing Doorsets & Hardware Glazing Systems Walls & Partitions Linear Joint Seals