Premium High Silica Sleeve for Superior Heat and Flame Protection

Introducing the remarkable High Silica Sleeve by Hitex Insulation (Ningbo) Co., Ltd., featuring unparalleled heat and flame resistance. This exceptional product is meticulously woven from high silica fibers, which provide a combination of smoothness, flexibility, and superior thermal resistance. Engineered to withstand the rigors of continuous exposure to temperatures as high as 1000° C, this sleeve acts as a formidable guardian for vital components such as oil tubes, cables, and pipes in the most demanding fire-prone environments. Recognized for its exceptional durability and reliability, this indispensable solution is at the forefront of industries that demand high-temperature insulation and protection. The High Silica Sleeve finds its essential applications in various fields including metal filtration, high-temperature gas dust collection, and liquid filtration processes. It excels in high-temperature combustion materials, provides impeccable insulation sealing, and offers robust welding heat protection. Furthermore, it is a key component in automotive mufflers and excels in thermal and gas filtration tasks, making it an essential asset for any industry requiring top-tier protection under extreme conditions.

Outstanding High-Temperature Resistance:
Expertly crafted to endure extreme temperatures reaching up to a remarkable 1800°C (3272°F), these sleeves are ideal for intense applications such as molten metal handling, welding, and other high-temperature industrial processes.

Superior Thermal Insulation Excellence:
Our high silica sleeves offer exceptional thermal insulation capabilities, significantly reducing heat loss while maintaining optimal temperature stability in essential components and systems.

Robust Chemical Resistance:
Designed to resist aggressive chemical attacks, these sleeves withstand acids, alkalis, and most solvents, delivering long-term durability and reliability in corrosive environments.

Unmatched Flexibility and Durability:
Despite their superior thermal resistance, these silica sleeves are engineered to be flexible and user-friendly, ensuring easy installation and adaptability across various applications.

Exceptional Fire Resistance Properties:
Inherently non-combustible and free from toxic gas emissions upon flame exposure, these sleeves significantly enhance safety in high-risk environments, safeguarding personnel and equipment.

Industrial Insulation:
Expertly designed to safeguard hoses, cables, and pipes within industrial environments, this sleeve ensures protection against high temperatures and molten substances, providing unparalleled safety and durability.

Automotive and Aerospace:
This product is essential in critical areas like engine compartments, exhaust systems, and aircraft components, where it acts as a shield to protect sensitive parts from extreme heat and damaging abrasion, ensuring optimal performance.

Welding and Foundry Applications:
Specifically crafted to serve as protective covers for welding torches, cables, and equipment, this sleeve minimizes heat damage and significantly boosts operational safety in heavy-duty environments.

Electrical Insulation:
Ideal for electrical insulation needs, this high-performance sleeve excels in applications where superior temperature resistance and efficient thermal management are paramount.

Thermal Protection in Furnaces:
Implemented as a critical component in furnace linings and insulation jackets, this sleeve plays a vital role in maintaining high-temperature stability and enhancing energy conservation.

*We offer customized product solutions tailored intricately to meet the unique requirements and discerning specifications of our esteemed customers.

Welcome to Hitex Insulation, your premier destination for exceptional high-temperature fabrics and textiles. As industry leaders, we specialize in offering an expansive array of products ideal for applications in thermal insulation, welding protection, fire-fighting, and sealing, among numerous others.

We take immense pride in our vast experience and profound expertise, allowing us to deliver unparalleled solutions tailored to our clients' specific needs. Our dedicated team of highly skilled professionals is unwavering in their commitment to provide top-tier products and services that adhere to the highest industry standards.

At Hitex Insulation, we grasp the critical importance of quality, durability, and performance in high-temperature fabrics and textiles. Therefore, we meticulously source materials from only the most trusted suppliers and manufacturers, guaranteeing that every product from our facility meets the pinnacle of quality.

We are passionately devoted to forging enduring relationships with our clients by offering extraordinary customer service and support. Whether you have inquiries about our products, need assistance in selecting the perfect solution for your requirements, or seek technical support, our expert team is always at your service.

Thank you for choosing Hitex Insulation. We eagerly anticipate the opportunity to fulfill all your high-temperature fabric and textile needs with unmatched excellence.

Q1. Are you a trading company or a manufacturer?
We are a prestigious manufacturer with over a decade of production expertise. Our very own factory, located in Yuyao, stands as a testament to our commitment to quality and innovation.

Q2. Can you send me a sample? Is it complimentary?
Indeed, we are pleased to offer complimentary samples. However, kindly note that the courier charge will be borne by you.

Q3. What modes of transportation do you offer?
We provide both sea and air transportation options to suit your needs.

Q4. What is the estimated delivery time?
Typically, delivery is expected within 2-3 weeks following the confirmation of your order.

Q5. Can you produce customized goods?
Absolutely! We specialize in tailoring products to meet your specific requirements and expectations.

Q6. What types of payment do you accept?
We accommodate various payment methods, including T/T, D/A, L/C, D/P, and O/A.