Learn More About High-Temperature Removable Insulation Jackets

MSEW manufactures custom removable insulation jackets for industrial equipment such as valves, flanges, pumps, turbines, compressors, generators, exhaust systems and other high-temperature surfaces.

Why Industrial Plants Use Removable Insulation Jackets

Reduce heat loss

Improve energy efficiency

Reusable for maintenance

Improve worker safety

Material Construction

Our insulation jackets are built with high-temperature materials selected according to equipment size, temperature range, site environment and maintenance requirement.

Outer & Inner Layer

  • Silicone Coated Fiberglass Fabric
  • PU Coated Fiberglass Fabric
  • Aluminum Laminated Fiberglass
  • Ceramic Fiber Cloth
  • Fiberglass Cloth

Insulation Core

  • Glass Wool
  • Rock Wool
  • Ceramic Wool
  • Ceramic Paper

Closure System

  • Velcro / Hook & Loop
  • Belt System
  • Stainless Steel Springs
  • Stainless Steel Hooks
  • Hooks / Lacing System

Jacket Construction Details

1) Outer Fabric Layer

The outer layer protects the jacket from dust, mechanical wear, light moisture splash and site exposure. Fabric is selected according to temperature and working environment.

  • Silicone coated fiberglass for flexibility and heat resistance
  • PU coated fiberglass for selected industrial environments
  • Aluminum laminated fiberglass for radiant heat reflection
  • Ceramic fiber cloth for high-temperature zones

2) Insulation Core

The insulation core reduces heat loss and helps lower the outer surface temperature. Thickness and material type are selected according to operating temperature and heat-loss target.

Glass Wool

Used for moderate-temperature thermal insulation applications.

Rock Wool

Commonly used for steam lines, manifolds, valves and industrial hot surfaces.

Ceramic Wool / Ceramic Paper

Used for high-temperature exhaust, turbine and generator areas.

Common thickness options

25mm
38mm
50mm
75mm / Custom

3) Inner Hot-Face Layer

The inner layer faces the hot equipment and protects the insulation core. It is selected according to direct heat exposure, equipment surface temperature and required service life.

4) Closure & Fastening System

Fastening design is important because insulation jackets must be easy to remove and reinstall during maintenance.

  • Velcro / Hook & Loop where suitable
  • Belt system for strong holding
  • Stainless steel springs and hooks for high-temperature applications
  • Hooks / lacing system for tight and reusable fitting

Ready Stock Generator Insulation Jackets

We currently have ready-made insulation jackets available for the following generator models.

Caterpillar Models

G3516-A
G3516-B
G3516-C
G3520-C

Jenbacher Models

JGS320
JGS420
JGS616
JGS620

Industrial Applications

We manufacture custom removable insulation jackets and heat shields for different industrial equipment and high-temperature surface areas.

Generator Exhaust Insulation Jackets

Main Exhaust Bellows Covers

Globe Valve Insulation Jackets

Flange & Pipe Insulation Covers

Turbine & Compressor Heat Shields

Plastic Extruder & Moulding Machine Covers

Steam Pipeline & Manifold Insulation Jackets

Pump & Industrial Equipment Heat Covers

Material Comparison

FeatureRock WoolCeramic Wool / Ceramic Fiber
Best ForMedium-temperature hot surfacesHigh-temperature zones
Common UsesSteam lines, valves, flanges, manifoldsExhaust systems, turbines, generators
CostMore cost-effectiveHigher cost, higher heat resistance
SelectionGood for general industrial insulationGood for demanding high-heat areas

Surface Temperature Reduction & Energy Saving

How Surface Temperature Reduces

The insulation core reduces heat transfer from the hot equipment surface to the outer cover. This helps reduce touch temperature and improves safety around industrial equipment.

How Energy Saving Happens

When heat loss is reduced, less energy is required to maintain process temperature. This improves efficiency and helps reduce operating cost in steam, exhaust and process heating systems.

Quick Heat-Loss Estimator

Formula used: Q ≈ k × A × (Th − Ta) / t

Estimated heat loss: 0.20 kW 204 W

This is a simplified estimate. Real heat loss also depends on convection, radiation, airflow, insulation fit and equipment geometry.

Export & Custom Manufacturing

MSEW manufactures custom insulation jackets based on equipment size, surface temperature, maintenance access and site condition. We supply projects in Pakistan and also export internationally with suitable packing and documentation as required.

Frequently Asked Questions

Removable insulation jackets are reusable thermal covers designed to reduce heat loss and lower surface temperature on hot equipment such as valves, turbines, generators, exhaust lines, manifolds and pipes. They can be removed and reinstalled easily for maintenance access.

Need Insulation Jackets for Your Equipment?

Send equipment photos, size, temperature range and model number. We will recommend suitable fabric, insulation core, thickness and closure design.