High Strength and High Temperature Heat Insulating Plates, Heat Resistance Within 400°C
Brand :
MISUMI
Caution
Product Description
Product Overview
The thermal insulation board is a heat-resistant laminated board made from skeletal glass fiber and high heat-resistant composite materials. It is asbestos-free, provides excellent thermal insulation, has low thermal conductivity and low specific gravity, making it a lightweight board with outstanding thermal insulation and heat preservation properties.
It effectively prevents heat diffusion, improves energy efficiency, ensures even heat distribution, and protects surrounding components such as bearings and sensors, helping to prevent thermal deformation and other related issues.
It effectively prevents heat diffusion, improves energy efficiency, ensures even heat distribution, and protects surrounding components such as bearings and sensors, helping to prevent thermal deformation and other related issues.
Dimensional Drawing
A ≥ BMaterial Specifications
| Type | Tolerance Selection | A·B Dimension Tolerance | Main Base Material | Main Material | Grade | Color | Operating Ambient Temperature |
| E-HIPSA | Not Specified | +1.0 0 | Glass fiber | Silicate adhesive | High temperature and high durability grade | White | -80°C to 400°C |
| P | ±0.3 |
Specification Table
■ Standard type| Type | Specified unit: 1 mm |  ThicknessSelect T | |||
 Type |  Tolerance Selection | Dimensional Tolerance |  Length A |  Width B | |
| A ≥ B | |||||
| E-HIPSA | Not Specified | A, B: (+1.0, 0) T: ±0.1 | 20–800 | 20–800 | 3 5 10 15 20 25 30 |
| P | A, B: ±0.3 T: ±0.05 | 20–300 | 20–300 | 3 5 10 15 20 25 30 | |
■ Hole processing type
| Type | Specified Unit: 1 mm | Thickness Select T | Specify Unit: 0.5 mm |  Hole Shape Selection | ||||||
| Type | Tolerance Selection | Dimensional Tolerance |  Number of Holes | Length A | Width B |  F |  G | N | Z | |
| A ≥ B | ||||||||||
| E-HIPSA | Not Specified | A, B: (+1.0, 0) T: ±0.1 | 2H 4H | 20–800 | 20–800 | 3 | 9–791 | 5–795 (2H) 9–791 (4H) | 3 4 5 6 8 10 | — |
| 5 | — | |||||||||
| 10 | 4 5 6 | |||||||||
| 15 | 4 5 6 8 | |||||||||
| 20 | 4 5 6 8 | |||||||||
| 25 | 4 5 6 8 | |||||||||
| 30 | 4 5 6 8 | |||||||||
| P | A, B: ±0.3 T: ±0.05 | 20–300 | 20–300 | 3 | 9–291 | 5–295 (2H) 9–291 (4H) | — | |||
| 5 | — | |||||||||
| 10 | 4 5 6 | |||||||||
| 15 | 4 5 6 8 | |||||||||
| 20 | 4 5 6 8 | |||||||||
| 25 | 4 5 6 8 | |||||||||
| 30 | 4 5 6 8 | |||||||||
The specified range for dimension F must satisfy: d (d1) + 5 ≤ F ≤ A - d (d1) - 5.When selecting type 2H, the specified range for dimension G must satisfy: d (d1)/2 + 2.5 ≤ G ≤ B - d (d1)/2 - 2.5. When selecting type 4H,it must satisfy: d (d1) + 5 ≤ G ≤ B - d (d1) - 5. (When d is selected for through holes and d1 is selected for counterbored holes)
When selecting a type with hole machining, please choose N (through hole) or Z (counterbore). | Detailed Drawing of Hole Machining | |||||||||||||||||||||||||||||||||
| N (Through Hole) | Z (Counterbore) | ||||||||||||||||||||||||||||||||
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Product Features
Feature 1: The insulation board material is a heat-resistant laminate and does not contain asbestos.
Feature 2: The high-strength insulation board has high compressive and flexural strength, making it most suitable for applications requiring higher strength.
Feature 3: The high-temperature insulation board has low thermal expansion at high temperatures, maintains compressive strength under high heat, is minimally deformed under pressure, and remains dimensionally stable during prolonged exposure to high temperatures.
Feature 4: Available in standard and machined hole types to meet different requirements.
Feature 5: The insulation board product line is extensive, meeting various high-temperature and thermal conductivity needs.
Feature 6: All products remain dimensionally stable and do not deform when heated within their operating temperature range, providing excellent insulation performance.
Feature 2: The high-strength insulation board has high compressive and flexural strength, making it most suitable for applications requiring higher strength.
Feature 3: The high-temperature insulation board has low thermal expansion at high temperatures, maintains compressive strength under high heat, is minimally deformed under pressure, and remains dimensionally stable during prolonged exposure to high temperatures.
Feature 4: Available in standard and machined hole types to meet different requirements.
Feature 5: The insulation board product line is extensive, meeting various high-temperature and thermal conductivity needs.
Feature 6: All products remain dimensionally stable and do not deform when heated within their operating temperature range, providing excellent insulation performance.
Precautions
(1) Usage precautions:
· When using bolts, be sure to use washers at the same time; otherwise, excessive tightening may cause cracking. (Figure A)
· Do not use in environments exposed to water or chemicals. Insulation boards containing moisture may crack or experience significant performance degradation when the temperature rises.
· Since this is a laminated molded product, do not apply force in the lamination (splitting) direction during use.
· Using at certain heating temperatures may produce a slight odor, which is not harmful, but please ensure proper ventilation, keep your face away, and handle as you would with ordinary smoke.
(2) Precautions for processing:
· When processing, please use a vacuum cleaner or similar device to collect dust and prevent it from spreading. (Figure B)
Although it does not contain asbestos or other specific chemicals, standard dust safety measures such as wearing a mask and protective goggles are required.
Additionally, since this product contains glass fibers, it may cause skin irritation. It is recommended to wear gloves when handling. If dust adheres to sliding parts of other processing machines, it may cause wear and reduce the machine's precision.
· When drilling or making holes, cracking may occur, so please pay close attention to hole spacing, hole diameter, processing conditions, and other factors.
· Laminated molded products are not suitable for threading, three-dimensional machining, etc. Drilling, cutting, and other processing along the lamination direction are the main causes of cracking, so please avoid such operations as much as possible. (Figure C)
■ Recommended processing conditions for heat insulation boards
· When using bolts, be sure to use washers at the same time; otherwise, excessive tightening may cause cracking. (Figure A)
· Do not use in environments exposed to water or chemicals. Insulation boards containing moisture may crack or experience significant performance degradation when the temperature rises.
· Since this is a laminated molded product, do not apply force in the lamination (splitting) direction during use.
· Using at certain heating temperatures may produce a slight odor, which is not harmful, but please ensure proper ventilation, keep your face away, and handle as you would with ordinary smoke.
(2) Precautions for processing:
· When processing, please use a vacuum cleaner or similar device to collect dust and prevent it from spreading. (Figure B)
Although it does not contain asbestos or other specific chemicals, standard dust safety measures such as wearing a mask and protective goggles are required.
Additionally, since this product contains glass fibers, it may cause skin irritation. It is recommended to wear gloves when handling. If dust adheres to sliding parts of other processing machines, it may cause wear and reduce the machine's precision.
· When drilling or making holes, cracking may occur, so please pay close attention to hole spacing, hole diameter, processing conditions, and other factors.
· Laminated molded products are not suitable for threading, three-dimensional machining, etc. Drilling, cutting, and other processing along the lamination direction are the main causes of cracking, so please avoid such operations as much as possible. (Figure C)
■ Recommended processing conditions for heat insulation boards
Example of Use
| Example of Use 1 | Product Function |
 | Used for thermal insulation at connector locations |
| Example of Use 2 | Product Function |
 | Thermal insulation for flange sections |
Application Industries
Related Products
| Economy Insulation Board High Temperature and High Strength Type | Economy Insulation Board High Temperature General Purpose Type | Economy Insulation Board High Temperature and High Strength Type | ||
 |  |  | ||
| Representative Model: E-HIPLB-20-20-3 | Representative Model: E-HIPHA-20-20-3 | Representative Model: E-HIPHB-20-20-3 |
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