The thermal conductivity of high temperature compressive insulation material is 0.21W/mk, and the continuous use temperature is 230℃

Product Details

For a high-temperature compressive insulation material with a thermal conductivity of 0.21 W/m·K and a continuous use temperature of 230°C, I would recommend considering a calcium silicate-based insulation product.

Calcium Silicate Insulation:

• Composition: Made from a calcium silicate matrix with reinforcing fibers and other mineral additives.
• Thermal Conductivity: Typically around 0.20 - 0.22 W/m·K, closely matching your requirement of 0.21 W/m·K.
• Temperature Range: Suitable for continuous use up to 230°C.
• Compressive Strength: Calcium silicate insulation can provide high compressive strengths, often up to 3000 N/mm2 or more.
• Features:
  • Excellent thermal insulation properties at high temperatures.
  • Rigid and durable construction with high mechanical strength.
  • Resistant to thermal shock, chemical attack, and moisture.
  • Can be fabricated into a variety of forms, including boards, modules, and custom shapes.
  • Dimensionally stable and low shrinkage at elevated temperatures.

Key advantages of calcium silicate insulation for your high-temperature compressive application:

1. Thermal Conductivity: The 0.21 W/m·K thermal conductivity provides effective insulation performance to minimize heat transfer at high temperatures.

2. Temperature Resistance: The calcium silicate composition allows the insulation to operate safely at continuous temperatures up to 230°C.

3. Compressive Strength: Calcium silicate insulation can provide the high compressive strength required for your application, typically up to 3000 N/mm2 or more.

4. Durability and Reliability: The rigid, dense construction and resistance to various environmental factors make these insulation products suitable for demanding high-temperature applications.

Product Specifications

All information in this data sheet is given in good faith and represents our latest knowledge. The values above are typical test results from short time tests and should not be taken as guaranteed, for specifications or primary selection of materials.

Keeprecision-1600-WH is a registered trade-mark from Keeprecision Thermal Insulation Materials Co., Ltd.

Jiangsu Jingjing Insulation Board Thickness Tolerance Reference

Feature of product

In addition to efficient thermal insulation properties, Jiangsu Jingjing's mold insulation panels are also designed for high-pressure applications and have excellent mechanical properties. This makes our insulation materials particularly suitable for the need for material stability.

Features

Thermal insulation panels are highly resistant to pressure, especially in higher temperature applications

Efficient thermal insulation

Allows you to control mold temperature more accurately and better improve product quality and production efficiency

Ensure the stable flow of thermoplastic plastics during processing and forming.

Typical application industries

Mold insulation Thermosetting heat press insulation board

Injection molding machine heat insulation board Blow mold insulation board

Hot runner heat insulation board extruder

Jiangsu Jingjing insulation board processing and shipping time reference

Are you still worried about processing heat insulation boards, such as flying dust, affecting equipment accuracy and personnel health?

Are you still worried about product quality problems caused by processing heat insulation boards, such as cracks in holes, out-of-tolerance dimensions, product delamination, etc.

We now provide customer drawing processing services, and the shipping time is as follows:

Remark:

The above is the factory shipping time. For the intermediate transportation time, please refer to the transportation time MAP on the website.

*Drawings, please try your best to provide CAD drawings so that our company can speed up the delivery time.

*If the customer is particularly urgent, please use our expedited shipping service. Please refer to the emergency shipping service on the website for details.