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Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant

제품 세부 사항:
원래 장소: 중국 광둥
브랜드 이름: Hanast
인증: FDA/ROHS/REACH
모델 번호: HN-6607A/b
자세한 정보
원래 장소:
중국 광둥
브랜드 이름:
Hanast
인증:
FDA/ROHS/REACH
모델 번호:
HN-6607A/b
전기 특성:
넓은 온도/습도 범위에서 우수한 유전 절연성
물리적 특성:
매우 부드럽고 기계적 및 열적 스트레스를 완충합니다.
환경 저항성:
우수한 수분, 노화 및 내오존성
온도 범위:
대략. -50°C ~ +150°C 장기
강조하다:

High Light

강조하다:

Electronic silicone gel with warranty

,

Temperature resistant silicone gel

,

Moisture resistant electronic protective gel

거래 정보
최소 주문 수량:
1KG
가격:
협상 가능
포장 세부 사항:
50KG/세트, 25KG/바
배달 시간:
5~7일
지불 조건:
T/T, 페이팔
공급 능력:
50Ton/Month
제품 설명

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant

 

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant 0

Product Overview for Electronic Silicone Gel:

HN-6607 silicone gel provides comprehensive "armor-like" protection for electronic assemblies. It effectively resists moisture, dust, salt spray, and other environmental factors while maintaining stable performance over a wide temperature range, significantly extending the service life and reliability of electronic devices.

 

Product Performance for Electronic Silicone Gel:

- Electrical Properties: Excellent dielectric insulation over wide temp/humidity range.

- Physical Properties: Ultra-soft, buffers mechanical and thermal stress.

- Environmental Resistance: Good moisture, aging, and ozone resistance.

- Temperature Range: Approx. -50°C to +150°C long-term.

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant 1

 

Product Highlights for Electronic Silicone Gel:

- ✅ Full Environmental Protection: Excellent moisture, dust, and salt spray resistance.

- ✅ Superior Thermal Stability: Withstands thermal cycling, stable performance.

- ✅ Reliable Electrical Protection: High insulation strength prevents short circuits.

- ✅ Extends Service Life: Protects core components, enhancing product reliability.

 

Product Applications for Electronic Silicone Gel:

- Potting for outdoor electronics (e.g., GPS trackers, weather stations)

- Electronics in marine or high-humidity industrial environments

- Electronic modules near automotive engine bays

- High-reliability power supplies and inverters

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant 2


 

Operation Guide for Electronic Silicone Gel:

1. Ensure components are clean, dry, and free of grease/oxides.

2. Pour the uniformly mixed (1:1) compound to fully cover or pot the areas needing protection.

3. Cure at 120°C for 20-30 minutes to form a durable, soft protective layer.

 

Precautions for Electronic Silicone Gel:

- Pre-heat and dry components that may condense moisture or are cold before potting to prevent trapping water.

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant 3

 

Packaging & Storage for Electronic Silicone Gel:

- Packaging: 25 kg per set (25 kg pail of A + 25kg pail of B)

- Storage: Keep in a sealed container in a cool, dry place below 25°C.

- Shelf Life: 6 months (below 25°C).

- Transportation: Classified as non-hazardous goods; can be transported as general chemicals.

Electronic Protective Silicone Gel HN-6607 | Temperature & Moisture Resistant 4

 

FAQ for Electronic Silicone Gel:

1. Q: What is the long-term operating temperature range?

A: Approximately -50°C to +150°C continuously, with short-term tolerance for higher temperatures.

 

2. Q: Can a potted component be repaired? Can the gel be removed?

A: Yes. The cured gel is elastic and soft, allowing careful, bulk removal by hand or tool for component replacement and repotting.

 

3. Q: Does it adhere to plastic enclosures like ABS, PC?

A: Adhesion varies by plastic type and surface. Adhesion to most plastics is moderate. Mechanical locking features (clips, grooves) and adhesion testing are recommended.

 

4. Q: What is its thermal conductivity? Can it dissipate heat?

A: HN-6607 is a standard electrical insulator with low thermal conductivity (~0.2 W/m·K). It is for insulation, not heat dissipation. Use our thermal conductive gels for heat management.

 

5. Q: Is it RoHS compliant?

A: Yes, it complies with RoHS. Relevant test reports are available.