Testing equipment for resistance of fire of insulation is an important test device used to determine the fire protection limit of building materials such as insulation panels, boards etc.

Testing equipment for resistance to fire of insulation is also used to determine the flammability of insulation materials and industrial insulation products when exposed to a given amount of flame.

Testing equipment for resistance to fire of insulation is mainly used in the following sectors: rubber products, car industry, electric home appliances, building industry.

TESTING EQUIPMENT FOR RESISTANCE TO FIRE OF INSULATION DVT YAN I, testing equipment for resistance to fire manufactured under the trademark and quality assurance of Devotrans, has a large capacity and plays a crucial role in manufacturing activities.

As for the technical features of the Testing Equipment for Resistance to Fire of Insulation: capable of measuring the amount of burning as a function of time. Determines whether the sample remains within the burning limits. The flame can be applied to the sample at different angles. Time of burning and time of extinction are determined separately. Test time can be set with 0.1 second accuracy.

As with many other control and measurement devices, TESTING EQUIPMENT FOR RESISTANCE TO FIRE OF INSULATION DVT YAN I can receive optional features.

In addition to the Testing Equipment for Resistance to Fire of Insulation, the following fire resistance devices are available:

• UL 94 FLAMMABILITY TESTER DVT YAN G.

• CABLE BURNING TEST DEVICE DVT YAN K.

• FIRE TESTER FOR VEHICLE INTERIOR EQUIPMENT DVT YAN T.

• CARDBOARD PACKAGING FLAME TEST CHAMBER DVT YAN O.

As for the approximate dimensions and weight of TESTING EQUIPMENT FOR RESISTANCE TO FIRE OF INSULATION DVT YAN I : Width: 84 cm. Depth: 60 cm. Height: 81 cm. and Weight: 42 kg.

For more information on Testing Equipment for Resistance to Fire of Insulation or any other control or test equipment, contact our technical team.

Note: The products or links mentioned in the article may not be updated. For up-to-date information please contact us.