Product Overview
We supply addition curing and condensation curing formulas for this versatile Electronic Potting Compound, widely used for encapsulation, sealing and gap filling of PCB, PC, PMMA and CPU components. It features excellent adhesion for aluminum, copper and stainless steel materials. Working steadily between -60℃ and 220℃, the material absorbs thermal cycling stress and safeguards chips and bonding gold wires with low volatile content and outstanding chemical & ozone resistance.
Technical Specifications
Reformulated with thermal-activated curing agents, this material realizes flexible oven cure production protection for batch production. Users can adjust heating temperature to freely control curing speed, greatly cutting production waiting time. Apart from fast thermal curing performance, it maintains balanced heat dissipation same as our classic Thermally Conductive Potting Compound. Viscosity, hardness and operating time are fully customizable to fit diverse production lines. Product Features & Advantages
Different from ordinary potting silicone that requires 24-hour room-temperature curing, our fast-cure silicone brings huge production advantages:
1. Heat Accelerated Encapsulation: Supports flexible heat accelerated encapsulation process, drastically shorten curing time compared with traditional room-temperature curing glue.
2. High Production Efficiency: Enables high throughput module potting, perfectly matching automated assembly lines to boost daily output.
3. Dual Curing Modes: Compatible with both oven heating curing and regular room-temperature curing to satisfy diverse production plans.
4. All-round Protection: Integrates waterproof, anti-corrosion, insulation and shockproof performance to ensure stable operation of encapsulated electronics.
Application Scenarios
As a high-efficiency Electronic Encapsulation Adhesive, this fast thermal cure silicone is ideal for mass-produced consumer electronics, LED modules, automotive circuit units and industrial sensors. Its reliable oven cure production protection helps manufacturers reduce time costs, accelerate product delivery and lower overall production expenditures in large-batch packaging projects. Step-by-Step Usage Process
1. Pre-stirring: Thoroughly stir Part A to homogenize settled fillers and fully shake Part B before mixing work.
2. Proportional Mixing: Mix A and B components strictly by specified weight ratio to guarantee stable curing characteristics.
3. Vacuum Defoaming: Place blended silicone in a 0.01MPa vacuum container for 3 minutes to remove bubbles for flawless encapsulation.
4. Curing Operation: Adopt natural curing or heating curing; heating mode greatly speeds up solidification, upgrading efficiency compared with common Silicone Encapsulant. Certifications and Compliance
All HONG YE SILICONE products pass ISO9001, CE and RoHS certification. This fast thermal curing potting silicone complies with international export standards and industrial electronic encapsulation specifications.
Customization Options
We provide exclusive customization services. Clients can adjust curing temperature threshold, curing speed, glue viscosity and hardness to match personalized mass-production encapsulation demands.
Production Process
We implement dust-free standardized production and multi-dimensional quality inspection. Every batch is tested for curing efficiency and temperature resistance to deliver stable and high-efficiency encapsulation solutions for global manufacturers.
FAQ
Q1: What’s the core advantage of fast thermal cure potting silicone?
A: It supports heat accelerated encapsulation process, realizing high throughput module potting and
lowering time cost for large-scale electronic packaging.
Q2: Will raw glue stratification influence curing effect?
A: Colloid stratification is normal during storage. Even stirring before use will not affect its oven cure
production protection and overall performance.
Q3: Can mixed compound be stored for later use?
A: Mixed two-part silicone has a short service life. Please finish potting construction in one time to
avoid performance failure.