Flow Meter Silicon 1:1 Clear Silicone Gel Waterproof For Junction Box Load Cell 0 Harness
Product Description of softness silicone gel:
Electronic-grade silicone gel is a two-component, addition-curing, room-temperature-vulcanizing (RTV) silicone rubber specifically designed for the protection of precision electronic components. Upon curing, it forms an extremely soft, transparent elastomer resembling "jelly" or "tofu"; by virtue of its unique physical form and superior comprehensive properties, it plays a critical protective role within the electronics industry.
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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:
Precision Electronic Modules: Precision circuitry, IGBT modules, sensors, connectors, and similar components found within mobile phones, computers, and smart appliances.
Optical and Display Components: Used for touchscreen lamination and the potting of optical sensors, requiring high transparency and low stress.
High-Voltage Power Devices: Used for insulation filling in the electric drive systems, on-board chargers, high-voltage cable joints, and terminals of new energy vehicles.
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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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Advantages of our silicone gel :
1. "Zero-Stress" Protection for Precision Components: Typically possessing a hardness of 00 Shore or lower, the material has a tactile feel similar to jelly. This ensures that, upon curing, it imparts virtually no internal stress to the embedded electronic components.
2. Unique "Probe-ability" and "Self-Healing" Properties: This represents a highly practical engineering advantage, particularly beneficial for R&D, testing, and high-value equipment applications.
3. Excellent "Repairability": Easy to Remove: The cured gel can be effortlessly scooped out—either in its entirety or locally—using tweezers or a blade, without causing damage to the circuit board or its components.
4. Outstanding "Stress Buffering" and "Shock Absorption" Capabilities: In environments frequently subjected to vibration and impact—such as those involving portable devices or automotive electronics—the soft gel layer acts like an air cushion, absorbing energy to protect solder joints and components from physical damage.
When electronic components generate heat or ambient temperatures fluctuate, the differing coefficients of thermal expansion among various materials (silicon chips, metals, PCBs) can induce internal stress. The low modulus of silicone gels effectively buffers this thermal stress, preventing solder joints from suffering fatigue fractures caused by repeated cycles of thermal expansion and contraction.
5. Wide Operating Temperature Range and Environmental Resistance: Maintains its elasticity over the long term across a broad temperature spectrum, ranging from -60°C to +200°C.