The Extreme Thermal Endurance of High-Temperature Resistant Kraft Paper
High-temperature resistant kraft paper is specially treated to withstand temperatures over 230°F without degrading, making it ideal for insulation, fire barrier and high-temperature filtration applications.
The Extreme Heat Tolerance of High-Temperature Resistant Kraft Paper
It lives up to its name by offering remarkable heat tolerance. Manufacturers specially design this material to withstand exposure to high temperatures that destroy regular paper. Companies treat the wood pulp with chemicals that increase heat resistance. As a result, it maintains its integrity even when directly exposed to heat sources.
The high heat tolerance makes it ideal for many industrial applications. Manufacturers frequently select the paper for use as insulation in extreme temperature environments. The material also suits applications like fire-resistant packaging, oven liners, and wrapping hot processed foods. It provides a durable paper barrier against damage from heat exposure during production processes.
While specially formulated to resist high temperatures, it retains the natural look of untreated kraft paper. It provides a moisture barrier similar to traditional kraft paper too. The specialized paper comes at an affordable price compared to other heat-resistant papers. Companies appreciate the material’s combination of special heat tolerance, kraft paper’s versatility, and cost effectiveness. When looking for a heat-resistant paper that protects against extreme temperatures, High-Temperature Resistant Kraft Paper is an excellent option.
Practice Areas
Electrical Components
An insulating material in electrical components such as motors, generators, and transformers. The paper provides a strong insulation barrier that can withstand high temperatures.
Insulation Material
it can resist heat generated by industrial equipment
Food Packaging
wrap and package food products that require heat treatment during processing and transit
Art Industry
A popular choice for artists as it can be used for the creation of sculptures and structural designs that require high-temperature resistance.