CAF8 is a single-component, room temperature curing silicone elastomer. - Deacidification type - flow type - Red Application CAF8 mainly used in sealing and bonding appliances and industrial sectors. Especially suitable for: - iron base steam room sealed - sealed heating element housing - coating advantages belt CAF8 fast curing, good stability at high temperatures, hot and humid conditions on the adhesion of different surfaces better. Under CAF8 heat stress, during the different substrates and still provide a good seal assembly performance. CAF8 also has good electrical insulation properties and outstanding chemical resistance. Curing CAF8 contact moisture in the air and then began to solidify. Crust time *, min, about .................. .. .......................................... curing time .8 2mm thickness *, hours, about ........................ ..................... cured thickness .6 24h after *, mm, about ................................................ ..2.5 * temperature of 23 ℃, relative humidity of 50% cure rate with the increase in temperature and humidity increases. Characteristics 1- appearance before curing characteristics ............... .. ................................................... flow type cream color .......................................... ................................. .. Red odor ........................................................................... .. ......... proportion of acid at 25 ℃ ...................................................... ..... 1.14 (reference standard ISO R1183, DIN 53479, NMRPS 703) liquidity, second .............................. ......................... ............... ..30 (MIL S 880-2-D) Brookfield Viscosity, mPa · s ................................................... (Refer to the standard NF T 76105 - ASTM D 445) ...... 22,000 after curing properties proportion 2- 2.1 25 ° C under ...................................................... ..1.15 (reference standard ISO 2781, ASTM D 297, BS 903 PART A1) 2.2 7 days curing at room temperature mechanical properties of Shore hardness A ..................................................................... 34 (reference Standard ISO R 868, DIN 53505, ASTM D2240, NF T 46003, NMRPS 471, BS 903 Part A7) 100% elongation modulus, MPa ................................................... .. ..0.8 (Reference Standard ISO R 37 (H2), DIN 53504, ASTM D 412, NFT 46002 (H2), NMRPS 470, BS 903 Part A2) Tensile strength, MPa ................................. .............................. ..2 (see standard ISO R 37 (H2), DIN 53504, ASTM D 412, NFT 46002 (H2), NMRPS 470, BS 903 Part A2) elongation at break,% ... ............................................................ 250 (referring to the standard ISO R 37 (H2), DIN 53504, ASTM D 412, NFT 46002 (H2), NMRPS 470, BS 903 Part A2) tear strength,