Heat Reflective Aluminized Fiberglass Sleeve

Heat Reflective Aluminized Fiberglass Sleeve

Heat Reflective Aluminized Fiberglass Sleeve is a highly flexible aluminized low bulk fiberglass sleeving used to protect components in high temperature areas. The outer aluminum finish is highly reflective while the inner layer of fiberglass greatly increases insulating efficiency.

Heat Reflective Aluminized Fiberglass Sleeve has different sizes, normal is from 3/8” to 4".

Heat Reflective Aluminized Fiberglass Sleeve is a woven fiberglass fabric that has aluminum foil laminated to its outer surface. The sleeve is formed by folding the material lengthwise and sewing the edge with an Aramid or fiberglass thread. To minimize fraying of the fiberglass yarns, the fabric is treated with a high-temperature resin.

Heat Reflective Aluminized Fiberglass Sleeve Applications
Hoses
Fuel Lines
Brake Lines
Control Cables
Wire Harnesses

Nylon Protective Hose Sleeving

Nylon Protective Hose Sleeving Features and Benefits:

Protects against physical abrasion, damage and deterioration

Meets ISO 6945 abrasion standards

Provides limits burst and containment protection

Extremely durable and flexible Nylon

Guaranteed to fit your specific application

Multiple round ID width available

 

Nylon Protective Hose Sleeving Applications:

Protects hose from abrasion and degradation

Offers limited protection from the effects of hose bursting and pinhole occurrences

Allows bundling of hose, cable, rope, chain, wire, etc.

 

When installed over uncoated cable or chains, Nylon Protective Hose Sleeving will prevent scraping, chafing and contact damage to painted or other fragile surfaces.

 

Nylon Protective Hose Sleeving is resistant to chemicals, UV damage and rot, and is suitable for continuous outdoor use under all weather conditions.

17 OZ Silicone Coated Fiberglass Cloth

17 OZ Silicone Coated Fiberglass Cloth

17 OZ Silicone Coated Fiberglass Cloth 17 oz/yd2, 578 g/m2, high temperature resistant fabric, designed to shed weld spatter and resist high heat and occasional flame.

Normally available in iron oxide red, or silver. Other colours available by special order.

17 OZ Silicone Coated Fiberglass Cloth nomal size is in rolls 60″ (1525 mm) wide by 150′ (45 m) long. It can also be supplied in cut lengths, custom shapes, or as fabricated curtains with grommets.

17 OZ Silicone Coated Fiberglass Cloth is a fibreglass base fabric which has been coated or impregnated with our specially formulated silicone rubber compound. It provides greater abrasion puncture and tear resistance to our base fibreglass cloth. It provides great life, water and oil resistance.

Typical Applications:

Welding blanket and curtains
Expansion joints
High temperature insulation
Heat shield and containment
Removable insulation cover
Fire blankets

Visit us for more products,

www.bstbraidedsleeve.com

www.firesleevetec.com

Expandable Acrylic Saturated Fiberglass Sleeve

Expandable Acrylic Saturated Fiberglass Sleeve

Expandable Acrylic Saturated Fiberglass Sleeve

Constructed from smooth glass fiber yarn, braided at high yield angles to allow for approx: 25% expansion and contraction. 

Heavy wall braided glass fiber sleeve

Expandable Acrylic Saturated Fiberglass Sleeve is an expandable braided glass fiber sleeve capable of operating at a continuous temperature of 1000°F (538°C).

Designed to expand and contract by approximately 25% of its nominal size, the smooth glass fiber yarn is heat cleaned and coated with an acrylic saturant to eliminate loose fibers, enhance handling characteristics, and improve abrasion resistance. The acrylic saturant begins to decompose around 400°F (204°C), but with no effect on the thermal performance of the sleeve.

Color: Natural tan color is standard.

Expandability creates custom size range

Due to its wide range of expansion and contraction, Expandable Acrylic Saturated Fiberglass Sleeve is available in just four nominal sizes that cover a complete range of diameters from 3/8″ (10 mm) up to 3-1/2″ (89 mm).

Expandable Acrylic Saturated Fiberglass Sleeve quick facts
Continuous operating temp:	1000°F (538°C)
Max short term exposure:	1300°F (705°C)
Flame resistance:	Very good
Abrasion resistance:	Very good
Flexibility:	Very good

Silicone Treated Fire Sleeve

Silicone Treated Fire Sleeve

Silicone Treated Fire Sleeve is made of braided fiberglass with a special impregnated coating. This heat protection mesh is harmless and fully meets the requirements of health and safety regulations. The special coating is self-extinguishing and does not contain halogenated flameproof substances.

The coatings are resistant to oil and solvents. They have top mechanical resistance as well as good wear resistance.

Same features as other fire sleeve.

Heat resistant sleeving sizes

Ningguo BST Thermal Products Co.,Ltd makes different kinds of heat resistant sleeving.

Silicone coated fiberglass braided heat resistant sleeving size we provide from inside diameter 4mm to 127mm, customs size is available is order is large.

Heat resistant sleeving protects continuously to 260°C/500°F and will withstand a molten splash at 1200°C/2200°F. Made of braided fiberglass yarns in a flexible substrate,it is then coated with a high grade silicone rubber.

T3 T4 T6 T25 Titanium Turbo Blanket

T3 T4 T6 T25 Titanium Turbo Blanket

T3 T4 T6 T25 Titanium Turbo Blanket Materials:

With an outer layer made from actual pulverized volcanic lava rock (continuous-filament basalt) formed into fabric and woven into a tight mesh weave, these turbo blankets are internally insulated with high temperature calcium magnesium silicate wool, overlaid with a high temperature silica fabric for increased durability and for improved thermal resistance. We also provide LAVA fiber fabric inside, too. The Lava Turbo Blankets are designed to withstand the harshest of conditions.

T3 T4 T6 T25 Titanium Turbo Blanket Heat Tolerance:Interior Surface:
Max Temperature Rating: 2300 Deg F/ 1260 Deg C
Continuous Use Limit: 1832 Deg F/ 1000 Deg CExterior Surface:
Direct Contact Limit: 1800 Deg F/ 982 Deg C
Radiant Heat Limit: 2500 Deg F/ 1371 Deg C

Fits T3 flange turbocharger housings.