| Lugar de origen: | Cantón, China |
| Nombre de la marca: | Hanast |
| Certificación: | ROHS SGS |
| Número de modelo: | HN-6607AB, incluidos los productos de la categoría H |
Ultra-Soft Shore 00 Clear Silicone Gel For Electronics Low-Stress Cushioning, Anti-Vibration Jelly Encapsulation, Waterproofing And Conformal Coating For Delicate Components
Product Description of softness silicone gel:
Silicone gel is a two-component, ultra-soft elastomeric material that cures at room temperature or under heat, forming a transparent, semi-solid, jelly-like substance with a Shore 00 hardness upon curing. Its unique molecular structure—characterized by a low cross-link density—imparts extremely low internal stress and exceptional stress-absorbing capabilities to the material, thereby providing precision electronic components with protective functions such as low-stress cushioning, shock and vibration damping, and resistance to water and moisture.
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Product Features of softness silicone gel:
1. High transparency
2. Soft (also known as "jelly gel")
3. Low viscosity
4. Good flow properties
5. Low stress; repairable
6. Good shock resistance
7. Waterproof and moisture-proof
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Product application of softness silicone gel:
Silicone gels are specifically designed to protect precision electronic components that are highly sensitive to mechanical stress, including—but not limited to—the following:
IC chips utilizing wire bonding, and COB modules
Precision sensors (MEMS, pressure sensors, accelerometers)
High-voltage components (where it is necessary to minimize the impact of stress on electrical clearance)
Circuit modules requiring probe testing or rework capability
Display drivers or optoelectronic devices requiring optical transparency
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Physical Properties of softness silicone gel
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Characteristics before curing
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Component
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Component A
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Component B
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Color
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Transparent liquid
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Transparent liquid
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viscosity(cp s. 25℃)
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800~2000
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800~1800
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Relative density(mpa•s)
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1 .0~1.12
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0.98~1.02
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The mixing ratio
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A:B=1:1
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Viscosity after mixing(cp s. 25℃)
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800~1500
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Operate Time (25℃)
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2 h
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Penetration (1/10mm)
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200~ 400
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Curing conditions (120℃)
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20~30 mins
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Cured properties
Hardness(Shore A, 24hr)
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0~10
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