HY-912 High Tear Pad Printing Silicone Sharp Image Hongye Silicone
HY-912 is high tear condensation pad printing silicone for electronic housing and cosmetic lines. 18 years Hongyejie experience, 100 tons monthly capacity.
Features • Tear 25 kN/m, tensile 4.0 MPa • 30 Shore A, sharp image edge • 30 to 40 min pot life, room temp cure 3 to 4 h • 1 kg MOQ, ready stock next day ship
Technical Parameters Model: HY-912 | Color: White | Hardness: 30±2 Shore A | Viscosity: 32000±2000 mPa.s | Operation Time: 30-40 min | Cure Time: 3-4 h | Tensile Strength: 4.0 MPa | Tear Strength: 25±2 kN/m | Elongation: 340% | Mix Ratio: 100:2~100:3 | Density: 1.13±0.03 g/cm3 Model: HY-901 | Color: White | Hardness: 30±2 Shore A | Viscosity: 32000±2000 mPa.s | Operation Time: 30-40 min | Cure Time: 3-4 h | Tensile Strength: 3.8 MPa | Tear Strength: 22±2 kN/m | Elongation: 380% | Mix Ratio: 100:2~100:3 | Density: 1.12±0.03 g/cm3 Model: HY-902 | Color: White | Hardness: 30±2 Shore A | Viscosity: 35000±2000 mPa.s | Operation Time: 30-40 min | Cure Time: 3-4 h | Tensile Strength: 4.0 MPa | Tear Strength: 24±2 kN/m | Elongation: 430% | Mix Ratio: 100:2~100:3 | Density: 1.15±0.03 g/cm3 Model: HY-916 | Color: White | Hardness: 14±2 Shore A | Viscosity: 36000±2000 mPa.s | Operation Time: 30-40 min | Cure Time: 3-4 h | Tensile Strength: 3.5 MPa | Tear Strength: 25±2 kN/m | Elongation: 570% | Mix Ratio: 100:2~100:3 | Density: 1.10±0.03 g/cm3
Application Electronic housings and cosmetic packages.
Operation Weigh A, add catalyst 100:2 to 3, degas, pour, cure 3 to 4 h, demold.
Selection 901 flat daily, 902 curves, 912 high frequency, 916 deep concave, 933 addition cure platinum for precision.
Quality ISO 9001, COA per batch, RoHS REACH.
Packaging 1, 5, 20, 25 kg and 200 kg drums.
Ordering T/T PayPal, free samples, 1 to 2 days.
Support Custom formula service, 10 years technical team.
Precautions Nitrile gloves, avoid sulfur amine tin phosphorus.
Storage Cool dry, sealed, 12 months.
FAQ 912 vs 902: same 30 Shore A, 912 higher tear, 902 higher elongation.