Flameproof UPR’s(L.voc)
FN-UPR SeriesDifferent types of UPR are formulated by varying the constituent chemicals to tailor specific properties for various applications.
- Biobased Orthophthalic Resins: The most general-purpose and cost-effective type, suitable for standard applications like general-purpose FRP products.
- Biobased Isophthalic Resins: Offer enhanced water, chemical, and alkali resistance compared to orthophthalic resins. They are preferred for high-quality marine applications (pools, boats) and chemical storage.
- Biobased Bisphenol Resins: Provide increased chemical resistance, especially to acids and alkalis, and are often used in demanding chemical environments.
- Biobased Vinyl Ester Resins: While technically distinct, they combine the properties of polyesters and epoxies, offering superior mechanical strength and excellent corrosion resistance, placing them in a high-quality category for critical applications.
- Biobased Specialized Resins: Formulations also exist for specific properties like fire resistance, low shrinkage, UV resistance, and flexibility, achieved through specific additives and raw material
Technical Specifications
| Product Name | Flameproof UPR’s(L.voc) |
|---|---|
| Product Number | FN-UPR Series |
| Technical Data |
Solid Content: 68-75% Viscosity: TI<7 |
| Main Application | Marine & Automotive: Used extensively for manufacturing boat hulls, decks, car body panels, and bumpers due to their water resistance, lightweight, and mechanical strength. Construction: Applications include roofing panels, pipes, tanks, bathroom fixtures (bathtubs, shower trays, artificial marble), and architectural features. Electrical Components: Utilized for encapsulating electronic components, making electrical housings, and insulating parts. Industrial Equipment: Used in the manufacture of chemical processing equipment, such as corrosion-resistant pipes and storage vessels. Paints & Coatings: Used in wood paints, gel coats for composite surfaces, and industrial flooring and coatings. Different types of UPE are formulated by varying the constituent chemicals to tailor specific properties for various applications. Orthophthalic Resins: The most general-purpose and cost-effective type, suitable for standard applications like general-purpose FRP products. Isophthalic Resins: Offer enhanced water, chemical, and alkali resistance compared to orthophthalic resins. They are preferred for high-quality marine applications (pools, boats) and chemical storage. Bisphenol Resins: Provide increased chemical resistance, especially to acids and alkalis, and are often used in demanding chemical environments. Vinyl Ester Resins: While technically distinct, they combine the properties of polyesters and epoxies, offering superior mechanical strength and excellent corrosion resistance, placing them in a high-quality category for critical applications. Specialized Resins: Formulations also exist for specific properties like fire resistance, low shrinkage, UV resistance, and flexibility, achieved through specific additives and raw material |
| Characteristics | High Strength-to-Weight Ratio: UPE composites are significantly lighter than steel but possess comparable strength, making them valuable in transportation and aerospace. Good Chemical and Corrosion Resistance: They offer resistance to a wide range of acids, alkalis, salts, and organic solvents, making them suitable for chemical storage tanks and pipes. Excellent Electrical Insulation: UPE is a good electrical insulator and maintains its dielectric properties even under high frequency, ideal for electrical components. Processing Versatility: It can be processed using various manufacturing methods, including hand lay-up, spray-up, pultrusion, and molding (SMC/BMC), and can cure at room temperature or with heat. Cost-Effectiveness: UPE is more economical than high-performance alternatives like epoxy resins, making it a common choice for high-volume manufacturing. |
| Packaging | 250Kgs,220Kgs |