Product Summary
HONG YE SILICONE’s Liquid Foamed Silicone is a radiation-resistant 2-component Addition Curing Silicone, featuring excellent ionizing radiation resistance (radiation dose ≤100 kGy, no performance degradation), anti-radiation, stable performance in radiation environments, suitable for nuclear equipment, medical radiation equipment and radiation-resistant scenarios. It has fine uniform closed-cell pores, -65℃-200℃ temperature resistance, 1:1 easy operation, passed SGS radiation resistance test, compatible with high-precision Mold Silicone and Electronic Potting Compound, serving B2B buyers in nuclear, medical radiation and radiation-resistant industries.
Product Overview
HONG YE SILICONE’s Liquid Foamed Silicone (Foaming Silicone Rubber, Silicone Foam ) is a radiation-resistant anti-radiation core product, specially developed for nuclear equipment, medical radiation equipment and radiation-resistant scenarios. As a 2-component addition curing silicone, it is formed by chemical foaming of flowable Part A and Part B, formulated with radiation-resistant modifiers and anti-aging agents, featuring ultra-strong ionizing radiation resistance, no performance degradation, fine uniform closed-cell structure, good elasticity and radiation stability. It can withstand ionizing radiation dose up to 100 kGy, no brittle fracture, no performance degradation, effectively resisting radiation damage, solving the problem of traditional foaming materials’ performance degradation in radiation scenarios. Compatible with most of our radiation-resistant products, it is ideal for radiation-resistant components, anti-radiation buffers and radiation environments.
Technical Specifications
Type: 2-component addition curing silicone
Radiation Resistance: Ionizing radiation resistance, radiation dose ≤100 kGy, no performance degradation, radiation stability ≥95%, no brittle fracture, no discoloration after radiation
Foaming Feature: Fine uniform closed-cell pores (20-40μm), radiation-resistant structure, dense pore distribution, no radiation penetration, structural integrity in radiation environments
Temperature Range: -65℃ to 200℃ (long-term use)
Mixing Ratio: 1:1 (Part A:Part B, by weight)
Cure Method: Room-temperature or heated (80℃, 1h) vulcanization
Certifications: SGS eco-toxicity, RoHS, SGS radiation resistance test certification
Key Traits: Radiation-resistant (≤100 kGy), anti-radiation, no performance degradation
Packaging: Part A (20/25/200KG/barrel), Part B (20/25/200KG/barrel) (radiation-shielding packaging)
Product Features & Advantages
1. Excellent Radiation Resistance: Withstands ionizing radiation dose up to 100 kGy, no performance degradation, solving the problem of traditional foaming materials’ performance degradation in radiation scenarios.
2. Anti-Radiation Damage: No brittle fracture, no discoloration after radiation, radiation stability ≥95%, ensuring long-term service life in radiation environments.
3. Radiation Resistance & Elasticity Balance: While maintaining ultra-strong radiation resistance, it retains good elasticity and structural stability, no brittle fracture, balancing radiation resistance and usability.
4. Compatibility with Radiation-Resistant Products: Compatible with HONG YE SILICONE’s high-precision mold silicone and electronic Potting Compound, forming a complete radiation-resistant solution, enabling one-stop procurement. 5. Easy Operation: 1:1 simple mixing ratio, good flowability, easy to process into radiation-resistant components, no professional radiation-resistant operation skills required, improving production efficiency.
How to Use
1. Take Part A and Part B according to 1:1 weight ratio, stir separately in a radiation-shielded environment to eliminate sediment, ensure no impurities (avoid affecting radiation resistance).
2. Mix and stir thoroughly for 3 minutes until homogeneous, vacuum degas to remove air bubbles (ensure uniform radiation resistance and closed-cell structure, no radiation penetration).
3. Pour the mixture into radiation-resistant component mold (paired with high-precision mold silicone), foam and cure at room temperature or by heating (heating helps enhance radiation stability).
4. After full curing, conduct radiation test (≤100 kGy, no performance degradation) to confirm qualification, then use in radiation-resistant scenarios.
Application Scenarios
Focus on radiation-resistant scenarios: Nuclear equipment anti-radiation buffers (paired with high-precision mold silicone), medical radiation equipment parts (paired with electronic potting compound), radiation-resistant packaging (paired with Liquid Tank Silicone), radiation environment machinery components (paired with Industrial mold silicone rubber), and radiation-resistant robot parts (paired with robot silicone). It helps nuclear and medical radiation industry buyers resist radiation damage and protect equipment.
Certifications and Compliance
Passed SGS eco-toxicity certification, RoHS compliant, SGS radiation resistance test certification, excellent radiation resistance, meeting the radiation-resistant procurement requirements of B2B buyers in nuclear, medical radiation and radiation-resistant industries, facilitating export to global markets.
Customization Options
Customizable radiation resistance (radiation dose ≤150 kGy for high-demand scenarios), radiation stability (≥98% for high-demand scenarios), foaming ratio and hardness, adapting to different radiation environment requirements, helping buyers optimize anti-radiation effect.
Production Process
Radiation-resistant-oriented production process: High-purity radiation-resistant Silicone raw materials → formula optimization (add radiation-resistant modifiers and anti-aging agents) → precision mixing (radiation-shielded environment) → radiation resistance test → radiation stability test → standardized curing → radiation stability inspection → radiation-shielding packaging. Strict radiation testing ensures product ultra-strong radiation resistance and no performance degradation.
FAQ
Q1: What is the radiation resistance dose?
A: ≤100 kGy ionizing radiation, no performance degradation, suitable for radiation-resistant scenarios.
Q2: Will radiation affect its performance?
A: No, radiation stability ≥95%, no brittle fracture, no discoloration, performance remains unchanged after radiation.
Q3: Is it suitable for nuclear equipment?
A: Yes, paired with electronic potting compound, ideal for nuclear equipment anti-radiation parts and radiation-resistant buffers.
Q4: Is it safe in radiation environments?
A: Yes, radiation-resistant structure, no radiation penetration, safe and stable in radiation environments, meeting industry standards.
Shenzhen Hong Ye Jie Technology Co., Ltd
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