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Low Viscosity Electronic Silicone Gel 1:1 IP68 Waterproof for EV Battery Pressure Sensor Potting Flame Retardant

Low Viscosity Electronic Silicone Gel 1:1 IP68 Waterproof for EV Battery Pressure Sensor Potting Flame Retardant

Product Details:
Place of Origin: Guangdong, China
Brand Name: HANAST
Certification: ISO 9001:2015, RoHS, REACH, UL94 V0
Model Number: HN-6607
Detail Information
Place of Origin:
Guangdong, China
Brand Name:
HANAST
Certification:
ISO 9001:2015, RoHS, REACH, UL94 V0
Model Number:
HN-6607
Model:
HN-6607
Mix Ratio:
A:B = 1:1 By Weight
Color:
Transparent Liquid
Viscosity:
800-2000 Cps (Part A), 800-1800 Cps (Part B)
Hardness:
Shore A 0-10
Penetration:
200-400 (1/10mm)
Operating Temperature:
-50°C To +200°C
Waterproof Rating:
IP68
Flame Retardant:
Yes (UL94 V0 Optional)
Operate Time:
2 Hours At 25°C
Curing Condition:
20-30 Minutes At 120°C
UV & Yellowing Resistance:
Excellent
Packaging:
20 Kg / 200 Kg Drums
Highlight:

High Light

Highlight:

EV Battery Potting Silicone Gel

,

Pressure Sensor Waterproof Encapsulant

,

Low Viscosity Flame Retardant Gel

Trading Information
Minimum Order Quantity:
20 kg
Packaging Details:
20 kg or 200 kg drum with MSDS and TDS documents, export-grade packaging
Delivery Time:
3-7 working days for stock, 15-25 days for production
Payment Terms:
T/T,L/C,PayPal,Western Union
Supply Ability:
50000 kg per Month
Product Description

Low Viscosity Electronic Silicone Gel for EV Battery and Pressure Sensor Potting

This electronic-grade silicone gel is a highly elastic liquid silicone rubber that cures via cross-linking reaction into a soft, jelly-like solid, primarily used to protect sensitive electronic components in new energy vehicles and industrial sensors. Its low viscosity and excellent flowability enable bubble-free potting of dense and complex assemblies.

Key Features

  • Low Viscosity & Self-Leveling: 800-2000 cps ensures excellent flowability and bubble-free filling of tight spaces, compatible with automated dispensing equipment.
  • EV Battery Protection: Ideal for battery management systems (BMS), battery cell modules and high-voltage connectors in electric vehicles.
  • Pressure Sensor Encapsulation: Ultra-soft Shore A 0-10 cure applies zero stress on sensitive pressure sensors, diaphragms and wire bonds.
  • IP68 Waterproof: Seamless protective seal against water immersion, moisture and condensation for demanding automotive environments.
  • Flame Retardant: Flame retardant formulation with optional UL94 V0 rating enhances fire safety of EV power systems.
  • Wide Temperature Range: Stable performance from -50°C to +200°C, withstanding high and low temperature cycling.
  • UV & Yellowing Resistance: Anti-yellowing, UV-resistant formula maintains optical clarity for long service life.
  • Adjustable Formulation: Viscosity and curing time can be customized; fillers such as thermally conductive powder and pigments can be added.

Typical Physical Properties

  • Viscosity: 800-2000 cps (Part A), 800-1800 cps (Part B), 800-1500 cps after mixing
  • Mix Ratio: A:B = 1:1 by weight
  • Operate Time: 2 hours at 25°C
  • Curing: 20-30 minutes at 120°C
  • Hardness: Shore A 0-10 (24 hours)
  • Penetration: 200-400 (1/10mm)

Applications

  • EV battery modules, BMS boards and high-voltage connectors
  • Pressure sensors, transducers and automotive electronic control units
  • PCB circuit board waterproof sealing
  • LED modules and optoelectronic devices

Packaging & Supply

Available in 20 kg and 200 kg drums with MSDS and TDS documentation. Non-dangerous goods, transportable as general chemicals. OEM and custom formulations welcome. Contact our technical team for details.

Ratings & Review

Overall Rating

5.0
Based on 50 reviews for this supplier

Rating Snapshot

The following is the distribution of all ratings
5 stars
100%
4 stars
0%
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0%
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All Reviews

I
I*y
India Aug 6.2026
Our technical department speaks highly of this silicone gel for electronics,very suitable for our flow maters; we have collaborated three times already and will continue to work together in the future.