Intra CR neoprene foam

CR foam materials, according to their performance, mainly the following different characteristics: a. Insulation characteristics: due to internal foam containing a large amount of air or other gases, and should not be in circulation, which has an independent cell completely separated, the material can significantly slow heat conduction, has a very low thermal conductivity of the material itself more flexibility combined resistance, and good elasticity, can become a central air-conditioning pipes, construction, chemical pipelines, road construction such as the ideal insulation material; II. Low water absorption: the closed-cell foam material, spaced apart cell, combined with the hydrophobic characteristics of the selected rubber or plastic material, foam material to prevent moisture penetration, can be an ideal sealing material. III. Buffer characteristics: high elastic rubber itself known in the rubber is processed into foam, it remains moderately high rebound characteristics, this material is very suitable for use as cushioning materials, or cushioning material. Four. Temperature resistance: has excellent heat resistance and weather resistance, you can use a very wide temperature range -60 degrees Celsius and +150 degrees, we will process it into a foam, the same with these features, but also has a high temperature , fire, oil, chemical corrosion and other outstanding features, thus making it a special place in a variety of synthetic rubber. Shock, shock absorption, weather resistance, acid and alkali, flame resistance can be used in automobiles, household appliances, mechanical product cushioning shock absorption, ship, train, packing cushions, air conditioning and other internal as supporting material. Five. Flame resistance: a strong flame retardancy, we will post these materials processing foam, because of superior flame retardant properties, can be used in areas of high fire safety requirements. VI. Sound absorption: As we all know, the way sound waves are vibrations propagating in the air, when the sound waves encounter a porous material, the vibration transmitted to the interior materials, and complex internal cell friction, hampered energy is attenuated, so sound waves will weaken exhibit absorption material for sound waves. Perforated foam is due to this unique function, but with other materials do not have the flexibility, flame resistance and resistance to aging, a new type of sound-absorbing material.