Silicone fire sleeves stand out as a pinnacle of protection for hydraulic lines, combining the resilience of silicone with the strength of fiberglass. Here's how they ensure maximum safety:

Temperature Extremes: Crafted from a blend of silicone and fiberglass, these sleeves excel in extreme temperature environments. Whether facing scorching heat or chilling cold, they maintain their structural integrity, safeguarding hydraulic lines from thermal stress.

Fire Resistance: Silicone fire sleeves boast exceptional fire-retardant properties, thanks to their composition and specialized design. When exposed to flames or sparks, they resist ignition and prevent fire propagation, crucial for preventing catastrophic damage to hydraulic systems.

Robust Construction: The combination of silicone and fiberglass creates a durable barrier that shields hydraulic lines from abrasion, impact, and wear. This robust construction ensures long-term protection, even in harsh industrial environments.

Comprehensive Certification: Our silicone fire sleeves undergo rigorous testing and certification to meet industry standards for safety and performance. Certifications such as MSHA, UL 1441, ROHS, REACH, and DIN EN45545-2:2020 Rail Certification attest to their reliability and compliance with stringent regulations.

Low Smoke Toxicity: In the event of a fire, the low smoke toxicity of our silicone fire sleeves ensures minimal risk to personnel and equipment. They emit low levels of toxic fumes, meeting DIN 45545 and NF EN ISO 11925-2 standards for smoke emissions.

Railway Compliance: Specifically engineered for railway applications, our silicone fire sleeves meet DIN 54837/5510-2 and TB/T 3138-2018 standards for combustibility resistance and flame retardancy. They are certified to withstand the demanding conditions of railway locomotives and vehicles.

In conclusion, silicone fire sleeves offer unparalleled protection for hydraulic lines, combining heat resistance, fire retardancy, durability, and regulatory compliance. With their robust construction and comprehensive certifications, they provide peace of mind in critical industrial applications, ensuring the safety and reliability of hydraulic systems.