ZONSKY is one specialized Fire Testing equipment manufacturers from Asia. We provide professional solutions for establishing fire testing laboratories

Verify that your building products material meet designated fire resistance and flammability testing requirements such as EN 13501-1/ASTM E84and ASTM D2843 / UL 94/BS 2782, respectively.

Comprehensive Fire Testing Brochure

Our full range of equipment includes large-, mid-, and small-scale floor-furnaces (horizontal furnaces for testing horizontal assemblies such as floor-ceilings, roof-ceilings, fire-stop systems for through-penetrations in floor-ceilings, and for full engulfment of structural elements such as columns and beams, FRP gratings, safes, ventilation ducts and grease ducts) and wall-furnaces (vertical furnaces for testing of wall assemblies, expansion joint systems, and fire-stop systems for through-penetrations in walls), an Intermediate-Scale Multistory Apparatus (ISMA) for testing flammability of curtain walls and perimeter-joint systems, and hood-calorimetry and cone-calorimeters as well. It can test building or construction products of virtually any size, and our testing facilities enable us to test the fire-resistance of products ranging from floor/ceiling, multistory assemblies to fire doors to firestops, as noted above.

ZONSKY can provide tester to EN, BS, ANSI/UL, ASTM, CAN/ULC, ISO, IMO Fire Test Protocols (FTP), NFPA, and a host of other test standards. Whether you require testing to industry requirements or association standards, custom testing for research and development, or certification for your product or system, we have the tester you need.Please contact us

Relevant equipment required for the establishment of a laboratory for grading the burning behaviour of building materials and products.

Compliance:：EN13501-1

Single Burning Item (SBI)（EN13823）

Materials commonly tested using the include:

• Insulation materials (e.g., foam insulation, mineral wool)

• Wall linings (e.g., wallpaper, cladding)

• Textiles (e.g., curtains, upholstery fabrics)

• Building membranes and barriers

• Composite materials (e.g., composite panels)

Burning calorific value test equipment for building materials and products（EN1716, ISO1716）

Materials commonly tested using the include:

• Wood and wood-based materials

• Plasterboard and gypsum-based materials

• Insulation materials

• Composite materials

• Cement-based products

• Textile-based materials

Building Materials Non Combustibility Test Apparatus（EN1182, ISO1182）

Materials commonly tested using the include:

• Inorganic materials like certain types of stone, cement, and concrete.

• Mineral-based materials such as certain types of glass, plasterboard, and certain types of insulation.

• Some ceramic materials.

Building Materials Fire Resistant Test Equipment（EN13501, DIN4102）

Materials that are commonly tested using include:

• Structural elements like steel, concrete, and masonry.

• Insulating materials used in construction such as fire-resistant insulation boards or coatings.

• Fire-resistant glass for windows and partitions.

Building Materials Ignitability Flammability Tester（EN11925, ISO11925）

Materials that are commonly tested using include:

• Insulation materials:

• foam.

• Mineral wool insulation.

• Wallpaper and wall coverings.

• Composite wall panels.

• Textiles and fabrics

• Upholstery fabrics used in furniture.

• Paints and coatings applied to surfaces.

• Composite panels used in construction.

• Ceiling materials:

• Suspended ceiling tiles.

Oxygen Index（EN4589-2, ASTM D2863, BS4589-2, ISO4589-2, NES714)

Materials that are commonly tested using include:

• Polymers and plastics

• Textiles and fabric

• Natural fibers such as cotton and wool.

• Rubber and elastomers

• Foams and insulating materials

• Coatings and films

• Composite materials

Horizontally & Vertically Burning Tester (EN60695-11-10, UL94-2012, ASTM D635, V-0 V-1 V-2)

Materials that are commonly tested using include:

• Electrical devices and appliances: Plastic enclosures, connectors, and components in electronic devices.

• Automotive components: Plastic parts in vehicles, such as interior components, housings, and connectors.

• Consumer products: Plastics used in household items, toys, and furniture.

• Construction materials: Plastic components used in building applications, like insulation, piping, and structural elements.

Smoke Density Tester（ASTM D2843）

Materials commonly tested using the include:

• Textiles (such as curtains and upholstery fabrics)

• Wall coverings (like wallpaper)

• Insulation materials

• Flooring materials (such as carpets and rugs)

• Plastics and polymers used in construction

• Composite materials (e.g., composite panels)

• Foams and padding materials

Material Smoke Toxicity Hazard Classification Tester (ISO19700)

Materials that are commonly tested using include:

• Fire doors

• Door assemblies (Doorsets)

Related products according to EN 13501-1

The EU Construction Products Regulation (CPR) is the basis of the construction products regulation used by all EU member states. The CPR requires member states to reclassify all construction products using a new common test method. These products include all wall linings, flooring and other fixed products such as linear pipe, insulation products, and cables.

The CPR requires all member states to amend their regulations to incorporate the classification system described in EN 13501 and to use the test methods referenced therein.

The classification criteria and test methods used to assess the performance of products covered by the CPR in terms of their reaction to fire are EN 13501-­1 Fire classification of construction products and building elements – Part 1: Classification using data from reaction to fire tests.

EN 13501-1 is to define a standardized procedure for the classification of reaction to fire for all construction products, including products incorporated within building elements. 

Under the guidance of EN 13501-1, the fire performance of building materials has undergone a comprehensive assessment and classification. The implementation of this standard not only enhances the safety of buildings in case of fire but also provides architects, designers, and fire engineers with reliable guidance. By accurately assessing the fire performance of materials, we ensure extended evacuation times and improved fire protection in the event of a fire, crucial for public safety. The enforcement of the EN 13501-1 standard will continue to play a pivotal role in the construction industry, laying a robust foundation for safer and more dependable building environments.