VS‑3010‑15 Repairable Thermal‑Conductive Insulating Grade
Superior self‑leveling fluidity, minimizes trapped air bubbles during potting of narrow cavities for dense filling.
- High insulation resistivity combined with good thermal conductivity, preventing electric leakage while meeting component heat‑dissipation requirements.
- Repairable peel‑off disassembly, no workpiece damage during maintenance and reduced repair loss.
- Resists thermal shock and mechanical vibration, resistant to delamination and cracking during long‑term operation.
- Solvent‑free eco‑friendly formula, compatible with automated dispensing for high‑volume production efficiency.
Sealing filling and insulation protection for wire harnesses, terminal blocks, power modules and small transformers.
- Bonds multiple substrates including PVC, fiberglass‑reinforced polyester, ceramics and pre‑treated metals.
Product Features
Application Scenarios
| Compatible Substrates | PVC, fiberglass‑reinforced polyester, ceramics, pre‑treated metals, various engineering plastics |
| Chemical Type | Two‑component polyurethane potting compound (A:B =5:1) |
| Color & Appearance | Part A: Black liquid; Part B: Light yellow liquid |
| Working Time (25℃) | 30±5 min |
| Mixing Ratio | Fully cured in 1 day at 25℃; accelerated curing at 60℃ for 2 hours |
| Temperature Resistance Range | -40℃~125℃ |
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VS‑9017‑3 Pouch Battery Pack Potting Grade
Integral molding curing with stable non‑deformable structure, compatible with complete battery pack encapsulation processes.
- UL94 V‑0 flame retardant, moisture‑proof, oil‑resistant and resistant to damp‑heat aging, suitable for long‑term outdoor service.
- High toughness and high elongation, excellent shock‑proof and drop‑resistance performance to provide all‑round protection for pouch battery cells.
- High dielectric strength, effectively eliminating safety hazards such as battery leakage and short‑circuit.
- Strong adhesion to battery plastic housings and metal casings, delivering dense and full potting for complete battery packs.
Integral potting molding for pouch battery packs of two‑wheel electric vehicles and power tools.
- Insulation and moisture‑proof protection for PCB circuit boards.
Product Features
Application Scenarios
| Compatible Substrates | PVC, fiberglass‑reinforced polyester, ceramics, pre‑treated metals, various engineering plastics |
| Chemical Type | Two‑component polyurethane potting compound (A:B = 120:100) |
| Color & Appearance | Part A: Brown liquid; Part B: Colorless liquid |
| Working Time (25℃) | 10‑20 min |
| Mixing Ratio | Fully cured in 4 days at 25℃ ambient temperature; heat‑accelerated curing available at 100℃ for 12 h |
| Temperature Resistance Range | -50℃~100℃ |
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VS‑PTP102 Fast‑Curing General‑Purpose Grade
Weather‑resistant and moisture‑proof, stable performance for outdoor and complex working conditions.
- Fast curing within 5‑10 minutes to shorten working cycles, suitable for mass assembly‑line production.
- High cured bond strength, applicable for both structural bonding and small‑cavity potting.
- Solves weak adhesion, delamination and debonding issues on plastic substrates.
Suitable for metal, aluminum, wood, rigid PVC and GRP. Also used for sandwich‑panel components with PS, PUR or rigid PVC foam cores, such as sandwich composite panels.
- Applied in vehicles, tires, containers and shipbuilding industries.
Product Features
Application Scenarios
| Compatible Substrates | Metal, aluminum, wood, rigid PVC and GRP |
| Chemical Type | Two‑component polyurethane structural adhesive |
| Color & Appearance | Part A: Milky white; Part B: Beige yellow |
| Working Time (25℃) | 2‑3 min |
| Mixing Ratio | A:B =1:1 by weight |
| Temperature Resistance Range | -40℃~120℃ |
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