Phone: +49 2636 970-227 | E-Mail: info@heatprotection.de | Language DE

Industrial Welding Blankets for High Temperature Applications up to 1600°C

Welding Blankets for Every Temperature Class (600°C to 1600°C)

Welding Blankets for Industrial Applications – Protection Against Heat, Sparks and Molten Metal Splash

Welding blankets for industry and high temperature applications up to 1600°C provide reliable protection against flying sparks, welding spatter, molten metal splash and radiant heat. They are used in metalworking, plant engineering and industrial production processes and protect machinery, work areas and sensitive surfaces during welding, cutting and grinding operations from high thermal stress.

Our range includes high-quality welding blankets made of fiberglass, silica fabric and specialized high-performance materials such as Preox needle felt. Depending on the design, our welding blankets are rated for temperature ranges from 600°C to 1600°C and offer tailored solutions for industrial applications, ranging from cost-effective standard applications to extreme high temperature processes.

With different coatings such as PU-Alufix, HT coating, vermiculite or aluminum foil, the welding blankets can be optimally matched to the respective application – for protection against sparks and molten metal splash as well as for the effective reflection of radiant heat in industrial environments.

Welding blankets by temperature range

Our welding blankets cover all relevant temperature ranges for industrial applications. Depending on the area of use and thermal exposure, different materials and coatings are available.

This allows the right welding blanket to be selected precisely for every application.

Overview of the differences between our welding blankets

Type Temperature Material Key Feature Application
607.G1 600 °C Fiberglass + PU-Alufix cost-effective Light welding and grinding applications
620.G2 600 °C Fiberglass + PU-Alufix heavy duty / robust Applications with increased mechanical stress
810.HT 800 °C Fiberglass + HT finish higher temperature resistance Elevated operating temperatures (e.g. metalworking)
620.A1 1000 °C Fiberglass + aluminum foil radiant heat protection Applications with high radiant heat exposure (e.g. plant engineering)
1020.VC2 1000 - 1200 °C Fiberglass + vermiculite high temperature Applications with high operating temperatures (heavy industry)
1100.HT 1100 °C Fiberglass + HT finish durable High temperatures under mechanical stress (industrial standard)
KFZ.1460 1400 °C Preox needle felt fiberglass-free Welding and grinding in automotive environments
1608.VC2 1600 °C Silica + vermiculite extreme temperature resistance Extreme heat applications (heavy industry, shipbuilding)
1615.VC2 1600 °C Silica + vermiculite extreme temperature resistance + heavy duty Extreme heat and mechanical stress (heavy industry, shipbuilding)

Comparison of materials and coatings

Different materials are used depending on the application:

  • Fiberglass

    → proven standard material for welding blankets
    → cost-effective and versatile
    → ideal for flying sparks and light thermal exposure
  • Fiberglass + HT finish

    → increased temperature resistance
    → suitable for more demanding industrial applications
    → good combination of flexibility and durability
  • Fiberglass + vermiculite

    → significantly higher temperature resistance
    → ideal for high temperature welding blankets
    → increased protection against molten metal splash
  • Silica fabric + vermiculite

    → for extreme temperatures up to 1600 °C for short periods
    → used in industry, energy and high temperature processes
    → very high thermal resistance

Coatings:

  • PU-Alufix → mechanical protection + slight reflectivity
  • HT coating → improved long-term durability
  • Aluminum foil → maximum reflection of radiant heat
  • Vermiculite → increased temperature resistance and mechanical strength

The right combination of material and coating determines the performance of the welding blanket.

Welding blankets for industry, metalworking and plant engineering

Welding blankets are used in numerous industrial sectors:

  • Metalworking and steel construction
  • Mechanical and plant engineering
  • Energy and power plant systems
  • Manufacturing industry
  • Workshops and automotive applications

They provide reliable protection during:

  • Welding work
  • Cutting processes
  • Grinding work
  • Thermal applications

Especially in industrial applications, welding blankets are an essential part of preventive fire protection.

Protection against sparks, molten metal splash and high radiant heat

Depending on the design, welding blankets fulfill different protective functions:

  • Protection against flying sparks
  • Protection against welding spatter and molten metal splash
  • Protection against high thermal stress
  • Reflection of radiant heat
  • Protection of sensitive surfaces

Which welding blanket is the right one?

The selection of the right welding blanket depends on several factors:

  • maximum temperature exposure
  • mechanical stress
  • type of application (welding, grinding, furnace construction, etc.)
  • requirements regarding flexibility or surface protection

We will be happy to support you in selecting the optimal solution for your application.

Welding blankets directly from the manufacturer

As a manufacturer of technical heat protection solutions, we offer you:

  • high-quality, tested materials
  • custom fabrication
  • project-specific consulting
  • reliable and fast delivery

Contact us now for an individual quotation.

Phone: +49 (0) 2636 970-227
E-mail: info@heatprotection.de


Frequently asked questions about welding blankets (FAQ)

Our FAQ answers the most important questions about welding blankets, materials, temperature resistance and fields of application in industry and trade.

Which welding blanket is the right one for my application?
What temperature can a welding blanket withstand?
What is the difference between fiberglass, silica and Preox?
When do I need a high temperature welding blanket?
Do welding blankets also protect against radiant heat?
Are welding blankets fireproof?
Can welding blankets withstand molten metal splash?
What does “FM Approved” mean for welding blankets?
What does DIN EN 13501-1 mean for welding blankets?
Are there welding blankets without fiberglass?