Insulating jacket for injection molding machines has strong adaptability: (Significantly superior to traditional insulation)

1. Can be used multiple times for extended periods (traditional insulation can only be used once)

2. Suitable for pipes and equipment of various shapes, particularly advantageous for "non-standard parts." Even in situations where traditional insulation is ineffective, removable flexible insulation jackets can achieve the same (as traditional insulation is made of rigid materials, which are not easily bent or deformed).

3. Wide range of space adaptability; can be used in cramped spaces as well (traditional thermal wear may not be suitable for small spaces).

4. Strong environmental adaptability: Offers superior advantages over traditional insulation in corrosive environments. (Because traditional insulation has an outer layer of aluminum or steel that is not resistant to corrosion.)

5. Suitable for various temperature ranges, from -196 to 1200°C.

Insulating jacket performance specifications for injection molding machines

Thermal conductivity: 0.030 W/M.K - 0.040 W/M.K ± 0.005 (room temperature)

2. Withstanding high and low temperatures: High temperature resistance up to 1200-280°C, low temperature resistance down to -196°C. A) Insulation type B) Low-temperature type (for temperatures below 300°C) C) Medium-temperature type (for temperatures above 300-600°C) D) High-temperature type (for temperatures above 600°C).

3. Flame Retardant, Non-combustible (Fire Rating A, GB8624-2006, German Standard DIN4102, A1 Class)

4. Density: 110-220 kg/m³

5. Thickness: 10-150MM

6. Moisture Absorption Rate: <5%

Series products

Valve Insulating Jackets, Gate Valve Insulating Sleeves, Stop Valve Insulating Sleeves, Ball Valve Insulating Sleeves, Removable Pipe Insulating Sleeves, Flow Meter Insulating Sleeves, Filter Insulating Sleeves, Reactor Insulating Sleeves, Injection Molding Machine Insulating Sleeves, Exhaust Pipe Insulating Sleeves