Product Overview
Our Electronic Potting Silicone is specially developed for hydrogen fuel stack monitors, dedicated to encapsulating, sealing, insulating and fixing their core electronic modules, sensor units, signal transmission components and PCB boards. As a leading manufacturer of liquid silicone and addition curing silicone, we optimize the formula for hydrogen fuel stack scenarios, enhancing hydrogen corrosion resistance and thermal conductivity to adapt to high-temperature, hydrogen-rich working environments. Compared with epoxy potting resin, it has better flexibility and low viscosity, enabling deep penetration into tiny gaps, supports fast room-temperature curing, and ensures long-term reliable protection for monitor components, reducing equipment failure rates and maintenance costs for hydrogen energy manufacturers.
Key Features & Advantages
- Excellent Hydrogen Corrosion Resistance: Optimized formula resistant to hydrogen permeation and corrosion, avoiding material degradation in hydrogen-rich environments, ensuring stable performance of hydrogen fuel stack monitor components for long-term use.
- High Thermal Conductivity: Thermal conductivity ≥0.4 W(m.k), effectively dissipating heat generated by monitor operation and fuel stack working temperature, protecting electronic components from thermal damage.
- Fast Room-Temperature Deep Curing: Low-viscosity formula, 1:1 weight mixing ratio, easy to operate; achieves deep curing at room temperature, basic curing in 3-5 hours and full curing in 12-24 hours, improving production efficiency.
- Superior Adhesion & Insulation: Excellent bonding to PC, PP, ABS, PVC and metals, ensuring tight sealing; dielectric strength ≥25 KV/mm, volume resistivity ≥1.0×10¹⁶ Ω.cm, providing reliable insulation for monitor circuits.
- Compliance & Customizability: Fully complies with EU RoHS directive, non-toxic and environmentally friendly; as a professional Silicone Potting Compound manufacturer, we customize hardness, viscosity, operation time and thermal conductivity to match different hydrogen fuel stack monitor models.
How to Use
- Pre-Mix Preparation: Thoroughly stir Component A to evenly distribute settled fillers, and shake Component B vigorously to ensure uniformity, avoiding stratification that affects adhesion and corrosion resistance.
- Precision Mixing: Strictly follow the 1:1 weight ratio of Component A to B, stirring slowly and evenly to ensure full integration without air bubbles.
- Degassing: After mixing, place the adhesive in a vacuum container at 0.08MPa for 3 minutes to eliminate air bubbles, ensuring full penetration into tiny gaps of monitor components.
- Curing: Pour the degassed mixture into component housings; cure at room temperature, enter the next process after basic curing (3-5 hours), and ensure 12-24 hours of full curing. Note: Environment temperature and humidity significantly affect curing speed.
Application Scenarios
This specialized silicone Potting Compound is exclusively for hydrogen fuel stack monitors, including industrial hydrogen fuel stack monitoring modules, automotive hydrogen fuel cell monitors, hydrogen energy power generation monitor systems and fuel stack sensor encapsulation. It is suitable for encapsulating, sealing and insulating core electronic components, PCB boards, sensor connectors and signal modules, ensuring stable operation in hydrogen fuel cell power plants, new energy vehicles and industrial hydrogen energy equipment. It improves monitor stability, extends service life, and is compatible with Rapid prototyping silicone to accelerate new hydrogen fuel stack monitor R&D. Technical Specifications
Curing Type: Addition-Curing; Mix Ratio (A:B): 1:1 (weight ratio); Appearance: Liquid (both components); Dynamic Viscosity: 3000±500; Operation Time (25℃): 30-120 minutes; Basic Curing Time: 3-5 hours; Full Curing Time: 12-24 hours; Hardness (Shore A): 55±5; Thermal Conductivity: ≥0.4 W(m.k); Dielectric Strength: ≥25 KV/mm; Dielectric Constant (1.2MHz): 3.0~3.3; Volume Resistivity: ≥1.0×10¹⁶ Ω.cm; Flame Retardancy: UL94-V1; Packaging Specifications: 5kg, 20kg, 25kg, 200kg. All key parameters are fully customizable.
Certifications & Compliance
Our Electronic Potting Silicone complies with international hydrogen energy, industrial and safety standards: ISO 9001 (strict quality control), CE Certification, EU RoHS Directive (hazardous substance-free), meeting global hydrogen fuel stack monitor safety and performance requirements, trusted by global hydrogen energy equipment procurement partners.
Customization Options
We provide hydrogen energy-grade tailored solutions: custom formulations (adjust hydrogen corrosion resistance, thermal conductivity and curing speed), low-viscosity optimization for deep penetration, and flexible packaging to meet large-scale production and small-batch customization needs of hydrogen fuel stack monitor manufacturers.
Production Process & Quality Control
We implement a 5-step strict quality control process: high-purity silicone raw materials screening, precision automated formulation mixing, performance testing (hydrogen corrosion resistance, thermal conductivity, adhesion), curing verification, and sealed packaging. Our monthly capacity exceeds 500 tons, supporting stable supply for large global hydrogen fuel stack monitor orders. The product has a 12-month shelf life and is non-hazardous, transportable as general chemicals.
FAQ
Q: Is it suitable for automotive hydrogen fuel stack monitors? A: Yes, it has excellent hydrogen corrosion resistance and thermal conductivity, adapting to automotive fuel cell working environments. Q: What is the mixing ratio and curing time? A: 1:1 weight ratio, basic curing in 3-5 hours, full curing in 12-24 hours. Q: Does it comply with EU RoHS? A: Yes, it fully meets EU RoHS directive requirements. Q: Shelf life? A: 12 months when sealed and stored properly. Q: How to handle stratified colloid? A: Stir evenly before use; performance remains unaffected.
Shenzhen Hong Ye Jie Technology Co., Ltd
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