Curing / Annealing Furnace Insulation Materials Ultra High Temperature

Product Specification

Curing furnace, annealing furnace ultra-high temperature application industry-specific heat insulation board
 
 
Product Details

In the industry-specific applications of curing furnaces and annealing furnaces, where ultra-high temperatures are involved, utilizing heat insulation boards designed for such environments is crucial. These specialized heat insulation boards offer superior thermal insulation properties and can withstand the extreme temperatures encountered in curing and annealing processes. Here are some key considerations for selecting heat insulation boards for ultra-high temperature applications in curing and annealing furnaces:

1. High-Temperature Resistance: Heat insulation boards for curing and annealing furnaces should be specifically designed to withstand ultra-high temperatures. Look for boards that have a high maximum operating temperature, typically exceeding the temperatures encountered in the curing and annealing process.

2. Low Thermal Conductivity: Opt for heat insulation boards with low thermal conductivity to minimize heat transfer and maximize energy efficiency. Low thermal conductivity ensures that heat is retained within the furnace, allowing for precise and controlled temperature management.

3. Thermal Stability: The chosen heat insulation boards should exhibit excellent thermal stability to withstand the rapid temperature changes and thermal cycling experienced during curing and annealing processes. Thermal stability ensures that the insulation boards maintain their structural integrity and insulation performance under extreme temperature conditions.

4. Mechanical Strength: Consider heat insulation boards that offer high mechanical strength to withstand the mechanical stresses associated with the curing and annealing processes. The boards should be resistant to deformation, cracking, or crumbling, ensuring their long-term durability and reliability.

5. Chemical Resistance: Curing and annealing processes may involve exposure to chemicals or corrosive atmospheres. Select heat insulation boards that are chemically resistant to prevent corrosion, degradation, or chemical reactions that could compromise the insulation performance or product quality.

6. Customization and Installation: Depending on the specific furnace design and dimensions, choose heat insulation boards that can be easily customized and installed. Look for options that can be cut or shaped to fit the furnace's configuration, allowing for seamless integration and effective heat insulation.

7. Compliance with Industry Standards: Ensure that the heat insulation boards meet relevant industry standards and regulations for high-temperature applications. Compliance with standards ensures quality, safety, and reliability in the curing and annealing processes.

Consulting with insulation material suppliers or industry experts who specialize in high-temperature applications will help identify suitable heat insulation boards that meet the requirements of curing and annealing furnaces. Their expertise will ensure that the selected boards are optimized for ultra-high temperature environments, providing efficient heat insulation and maintaining stable and controlled curing and annealing processes.

 
Product Specifications

 
 
Availability
Keeprecisionregistered trade-mark-400-SL soft insulation pads can be specially customized according to customer application equipment specifications, such as thickness, area, threaded mounting hole distribution, etc.
-Max. sheet dimension: 600 x 2000 mm
- Thickness: 5-10 mm
 
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-400-SL is a registered trade-mark from Keeprecision Thermal Insulation Materials Co., Ltd.

 
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.