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MISUMI Heat Insulating Plates（Application：Free-cutting）
MISUMI offers products Heat Insulating Plates specified by Application Free-cutting from Materials product category. There are a total of 1 items. A wide range of manufacturing materials and product components. MISUMI products are available to order through MISUMI online 24/7. Free shipping, no minimum order.
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Heat Insulating Plates/Free Cutting Grade/Thermal Plates
MISUMI
Heat Insulating Plates/Free Cutting Grade/Thermal PlatesHeat insulating plates are used for various purposes to manage and control heat transfer in different applications. They offer a wide variety of sizes to choose from.[Feature]● Plate Thickness (mm.): 12.7, 19.1 and 25.4● Operating Environment Temperature (℃) :Free Cutting Grade (White Gray) - Room Temp. ~ 300Thermal Grade (Gray) - Room Temp. ~ 350● Plate Type : Standard (No holes)/ Plate with Holes (2/4/6 holes)[Application]It is used for thermal insulation of connecting parts and thermal insulation of flanges
Recommended Operating Temperature(°C) Plate Thickness T(mm) Width B(mm) Length A(mm) Application Room Temp. ~ 300 5 ～ 15 20 ～ 600 20 ～ 800 Free-cutting Days to Ship: Số ngày giao hàng: 5 Day(s) or more 
5 Day(s) or more
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| Days to ShipSố ngày giao hàng |
| Recommended Operating Temperature(°C) |
| Plate Thickness T(mm) |
| Width B(mm) |
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You can add up to 6 items per a category to the compare list.    | |
| BrandNhãn hiệu | MISUMI |
| Product SeriesDòng sản phẩm | |
| CADCAD |
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| From | - |
| Days to ShipSố ngày giao hàng | 5 Day(s) or more |
| Recommended Operating Temperature(°C) | Room Temp. ~ 300 |
| Plate Thickness T(mm) | 5 ～ 15 |
| Width B(mm) | 20 ～ 600 |
| Length A(mm) | 20 ～ 800 |
| Application | Free-cutting |
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Specification/DimensionsĐặc điểm kỹ thuật / Kích thướcĐặc điểm kỹ thuật / Kích thước
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Recommended Operating Temperature(°C)
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Plate Thickness T(mm)
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Width B(mm)
[20-600/1mm Unit(s)]
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Length A(mm)
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Application
- Standard
- Very High Temperature Resistant
- High Strength
- Heat Insulated
- Free-cutting
- High Temperature Resistant
- High Temperature Super Insulating
- Thin, Heat Resistant
- Heat Resistant
Related Categories to Heat Insulating PlatesDanh mục liên quan đến Heat Insulating Plates
FAQ Heat insulating plates
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- Question: What is Heat Insulating Plates?
- Answer: Heat Insulating Plates are designed to prevent heat transfer and are used in various applications across diverse industries such as automation systems, manufacturing industries, food and pharmaceutical industries, and electronics industries.
- Question: Can heat insulating materials block heat 100%
- Answer: There is not any material that be able to block heat 100%
The purpose of this product is to reduce transmission and can reduce even more heat transmission by stacking multiple plates. Please see more details at thermal properties. - Question: Can I drill or milling on Heat insulating plates?
- Answer: Although it can be machining, but please be noted that this material is fragile and difficult to processed compared to other metal plates. So, please be careful as following:
• Please apply low speed, rpm, and feed rate.
• Make sure to machine with high hardness tools (K10) General tools may worn-out fast. It is recommended to use diamond-coating tools for machining.
• When drilling a through hole, place a backing plate under the heat insulating plate and drilling penetrate through the backing plate. (Because the material is a laminated board, so it may crack if opened in steps.) - Question: Is it compatible for cleanroom?
- Answer: It is not recommended to use in cleanroom.
Because it made out of fiber glass, small particle might be generated. - Question: Do the Heat insulating plates applicable to food storage equipment?
- Answer: It is not applicable to use directly to contact with food since it contains fiber glass.
- Question: What kind of material is High Temperature Insulator Plates −High Insulating Grade · Low Thermal Conductivity Grade−?
- Answer: It looks like a hard gypsum board and feels like ceramics.
Please use a gypsum board cutting machine and beware of dust scattering when cutting. - Question: Material of Heat Insulating Plates?
- Answer: Heat insulating plates, also known as thermal insulation plates, are made from a variety of materials designed to reduce the transfer of heat between two surfaces or areas. The choice of material for heat insulating plates depends on the specific application, the temperature range, and the desired thermal insulation properties. Some common materials used for heat insulating plates include:
Fiberglass: It is lightweight and offers excellent thermal insulation properties. Fiberglass insulation is often used in industrial applications, including furnaces and industrial equipment.
Mineral Wool: It is made from spun or felted mineral fibers, typically from rock or slag. Mineral wool offers good insulation properties and is resistant to high temperatures.
Cellular Glass: Cellular glass is a rigid insulation material made from glass, typically in the form of a closed-cell foam. It is used in high-temperature applications.
Ceramic Fiber: Ceramic fiber materials are designed for high-temperature insulation applications. Often used in industries like metallurgy, foundries, and glass production.
Polyurethane Foam: Polyurethane foam insulation can be used as heat insulating plates in applications where lower temperatures are involved. It provides good insulation and is often used in construction and refrigeration.
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- Question: I want to attach Heat insulating plates to the workpiece in an ambient temperature and environment.
Will there be any deform such as softening or swelling? - Answer: Almost no deformation.
- Question: The sides of the Heat insulating plate will be tattered and scraped off during use. Are there any products that durable against scraped?
- Answer: Heat insulating plates are designed to be contacted and rubbed with work, so they will be scraped off. However, if there is no contact or rubbing against the work, it will not be tattered or fall out.
- Question: I want to attach Heat insulating plates to the workpiece in an ambient temperature and environment.
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