Aluminized Fiberglass Heat Reflective Sleeve
Basic Info
Reflects up to 90% of radiant heat*
Fiberglass + Reflective Aluminum Layer
Working Temp: - 50℃ to + 200 ℃
Melting Point: 600+ ℃
Application
Hydraulic & Pneumatic Systems:
Hydraulic hoses often have to pass through areas where rerouting them farther away from heat is simply not practical. Use the sleeve to create a thermal barrier around: Hydraulic hoses • Hydraulic tubing • Pneumatic lines • Control lines • Process hoses. Protect the hose without redesigning the entire routing.
Steel & Metal Processing:
Hot steel slabs • Molten metal • Casting equipment • Metal forming machinery • Furnaces • Heat‑treatment equipment. The reflective aluminum surface is specifically intended for environments with intense radiant heat from hot metal and molten materials.
Heavy Equipment & Off‑Highway Vehicles:
Construction, mining and agricultural equipment often combine: Heat + vibration + abrasion + limited routing space. The sleeve can provide an additional thermal barrier around hoses and cables routed close to engines, exhaust systems and other heat‑generating components.
HOW DOES IT WORK?
A Reflective Barrier Between the Heat Source and Your Component
01 — Radiant Heat Hits the Aluminum Surface
The highly reflective aluminum outer layer faces the heat source.
02 — A Large Portion of Radiant Energy Is Reflected
Instead of allowing the protected assembly to absorb all of the incoming radiant energy, the metallic surface redirects a substantial portion of it away.
03 — Fiberglass Provides the High‑Temperature Structure
The fiberglass substrate maintains the sleeve's structure and provides thermal resistance in high‑temperature environments.
04 — Your Hose, Cable or Wire Stays Further Away From the Heat Load
The result is a practical thermal barrier for components routed through high‑heat zones.
Reflect first. Insulate second. Protect continuously.
This distinction is what separates a heat‑reflective sleeve from an ordinary protective sleeve.
Where Is Your Hose or Cable Running?
| Working Condition | Solution |
|---|---|
| Near an exhaust manifold | Reflect the radiant heat. |
| Beside a turbocharger | Create a thermal barrier. |
| Next to hot steel | Reflect intense radiant energy. |
| Near a furnace | Shield critical lines from surrounding heat. |
| Close to molten metal | Add a reflective protective barrier. |
| Running through a hot engine compartment | Protect wiring, hoses and cables. |
If you cannot move the component away from the heat source, protect the component where it is.
Application Matching Reference
| Application | Recommended Protection |
|---|---|
| Radiant heat from exhaust | Aluminized Fiberglass Sleeve |
| Radiant heat from hot steel | Aluminized Fiberglass Sleeve |
| Engine compartment heat | Aluminized Fiberglass Sleeve |
| Heat from furnace / infrared source | Aluminized Fiberglass Sleeve |
| Direct flame exposure | Fire Sleeve |
| Welding sparks / molten splash | Fire Sleeve / Welding Protection |
HOW TO CHOOSE YOUR SLEEVE
Tell Us What You Need to Protect
You don't need to know the exact sleeve specification before contacting us. Simply provide:
1. What are you protecting?
Exhaust pipe / hose / cable / pipe / other
2. Outside diameter of the component
For example: 50 mm
3. Required length
For example: 2 m / 5 m / 10 m
4. Application
Truck / generator / marine / industrial / mining / motorsport
5. Nearby heat‑sensitive components
Cable / hydraulic hose / sensor / fuel line / plastic component
We will recommend the appropriate construction and size.