Fire resistant rubber sheet is a kind of material with excellent flame retardant properties, which is widely used in industry, construction, vehicles and other fields. The following are detailed instructions on the types and selection guidelines of Fire resistant rubber sheets:
Type of Fire resistant rubber sheet
1. Sort by material
– Neoprene rubber sheet: good oil resistance, suitable for occasions requiring oil resistance environment.
Epdm rubber sheet: strong chemical stability, suitable for special chemical fields.
– Nitrile rubber sheet: Excellent chemical resistance, suitable for corrosive environments.
– Silicone rubber plate: excellent high temperature resistance, suitable for high temperature environment.
– Fluorine rubber sheet: high temperature, oil, acid and alkali resistance, suitable for harsh chemical and high temperature environments.
2. Categorize by function
– Flame retardant rubber sheet: mainly used in fire protection scenes, such as power distribution rooms, coal mines, etc.
– Anti-static rubber sheet: used to prevent the accumulation of static electricity, often used in high risk places such as explosives.
– High temperature resistant rubber sheet: suitable for high temperature equipment or environment.
Insulating rubber sheet: used for electrical insulation, such as power distribution rooms and industrial machinery.
3. Classification by form
– Sheets: Common thickness ranges from 1mm to 50mm, widths from 0.6 m to 2 m.
– Coil material: such as silicone foam board, silicone gasket, etc., for shock absorption or heat insulation.
4. Sort by color
– Common colors include black, red, gray, etc., can be customized according to demand.
Selection guide for Fire resistant rubber sheet
1. Select based on the application scenario
– Industrial use: such as power distribution room, vehicle shock absorption, etc., it is recommended to choose high temperature resistance, flame retardant performance of the rubber sheet.
– Building use: such as fire partition wall, floor, etc., it is recommended to choose silicone rubber plate or silicon fluorine alloy plate.
– Special environment: such as chemical plants or laboratories, it is recommended to choose nitrile rubber plate or neoprene rubber plate.
2. Select based on performance requirements
– Temperature resistance: Choose silicone rubber plate or fluorine rubber plate in high temperature environment.
– Oil resistance: Sites involving grease choose neoprene rubber sheets.
– Chemical stability: Choose nitrile rubber sheet in corrosive environment.
– Anti-static property: Choose anti-static rubber sheet in places prone to static electricity.
3. Select based on physical characteristics
– Thickness and flexibility: thicker sheets (such as 5mm or more) are suitable for greater pressure, while more flexible sheets (such as sponge rubber sheets) are suitable for shock absorption.
– Color and surface treatment: Select colors and surface textures according to decorative needs.
4. Select according to budget and supply channels
– The price of Fire resistant rubber sheet of different materials and specifications varies greatly. It is recommended to choose cost-effective products according to the budget.
– Customized services can be obtained through factory direct sales or wholesale channels.
precautions
1. Fire rating: Select products that meet the fire rating according to specific needs. For example, Class A fire rating represents very high flame resistance.
2. Environmental performance: Ensure that the selected material is non-toxic and harmless and meets environmental standards.
3. Quality assurance: Choose certified brand products to avoid safety risks caused by inferior materials.
Summary
There are many types of Fire resistant rubber sheets. The selection of fire resistant rubber sheets should be based on factors such as application scenarios, performance requirements and budget. For example, in the industrial field, it is recommended to choose high temperature resistance, flame retardant performance of silicone rubber board; In the field of construction, it is more suitable to use silicon fluorine alloy plate or silicon rubber plate. In addition, it is also necessary to pay attention to the environmental performance and quality certification of products to ensure safety and reliability.
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