FRPP Board Product Details
I. Basic Information
FRPP board, also known as Fiber-Reinforced Polypropylene Board, is a high-performance material manufactured by reinforcing polypropylene (PP) with 20% glass fiber. This enhancement process retains the inherent excellent properties of PP while significantly improving its attributes. Compared to standard PP boards, FRPP boards offer:
- Doubled strength and rigidity
- Excellent heat resistance for high-temperature environments
- Superior low-temperature impact resistance
- Outstanding corrosion and arc resistance
- Low shrinkage rate for enhanced dimensional stability
These characteristics make FRPP boards a versatile choice for various industrial applications requiring durability and reliability.
II. Performance Characteristics
Mechanical Properties
- Enhanced Strength and Rigidity: The incorporation of glass fiber markedly increases the strength and rigidity of FRPP boards compared to ordinary PP boards. This ensures exceptional performance under external forces such as pressure and tension, minimizing deformation or damage.
- Low Shrinkage Rate: With a minimal shrinkage rate during processing and use, FRPP boards maintain dimensional stability, making them ideal for precision applications like manufacturing components for precision instruments.
Physical Properties
- Good Heat Resistance: FRPP boards can withstand elevated temperatures, expanding their utility in high-temperature industrial equipment as reliable component materials.
- Excellent Low-Temperature Impact Resistance: Even in cold conditions, these boards resist cracking upon impact, ensuring reliability for outdoor equipment in colder regions.
Chemical Properties
- Corrosion and Arc Resistance: FRPP boards exhibit strong resistance to chemical corrosion and electrical arcing, effectively preventing damage in industries like chemical processing and environments with potential electrical hazards.
- High Chemical Stability: Inert to most acids, alkalis, salts, and oxidants, FRPP boards maintain long-term stability in complex chemical settings.
III. Application Areas
FRPP boards are widely adopted across multiple industries due to their robust and versatile properties:
- Chemical Industry: Used in chemical equipment manufacturing, such as reactor linings, pipelines, and valves, to resist corrosion from chemical raw materials and ensure equipment longevity.
- Chlor-Alkali Industry: Ideal for storage containers and transportation pipelines in chlor-alkali production, effectively handling highly corrosive substances.
- Petroleum Industry: Employed as oil well pipeline linings and protective layers for storage tanks, meeting the petroleum sector's demanding requirements with excellent performance.
- Dye Industry: Utilized in dye production equipment, including dye vat shells and dye transportation pipelines, offering resistance to chemical erosion and good heat tolerance.
- Pesticide Industry: Prevents corrosion and ensures sealing in pesticide production and storage equipment.
- Food and Pharmaceutical Industries: With high chemical stability and non-toxic, odorless properties, FRPP boards are suitable for food processing equipment (e.g., conveyor belts) and pharmaceutical storage container linings, provided they meet relevant hygiene standards.
- Light Industry: Serves as structural or protective components in packaging machinery and plastic product processing equipment, leveraging strength, rigidity, and chemical stability.
- Metallurgical Industry: Used in corrosion-resistant auxiliary equipment, such as protective plates for metallurgical furnaces and linings for metal solution pipelines.
- Sewage Treatment Industry: Applied in sewage treatment equipment components, like sewage pool linings and transportation pipelines, resisting chemical and microbial corrosion with excellent durability.
