Application of toughened plastic in biomass pool, wire-cloth, valve, cesspool and automobile fittings
A technology of toughened plastics and auto parts, which is applied to the configuration of electrical components, vehicle parts, and water supply pools, etc. It can solve problems such as poor corrosion resistance, shortage of resources, and low strength, and achieve the effect of low cost
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Embodiment 1
[0022] An application of toughened plastics in biogas digesters. The toughened plastics are mainly made of renewable thermoplastic waste plastics, undisturbed fly ash and fibers, and are processed with additives such as dispersants and coupling agents under certain temperature and pressure conditions. The recycled resin formed by physical and chemical action conforms to the material molded and drawn, and the strong polar groups on the coupling agent and some functional groups on the fly ash react chemically to form a new material toughened plastic. The invention adopts tempered plastic with material compressive strength of 24-36MPa, flexural strength of 18-28MPa, flexural modulus of 400-12000MPa, elongation at break of 5-18%, and tensile strength of 13-25MPa, which replaces concrete and FRP is processed into a biogas digester with corrosion resistance, low cost and good sealing performance.
Embodiment 2
[0024] An application of toughened plastics on wire sheaths. The toughened plastics are mainly made of renewable thermoplastic waste plastics, undisturbed fly ash, and fibers. The recycled resin formed by physical and chemical action conforms to the material molded and drawn, and the strong polar groups on the coupling agent and some functional groups on the fly ash are chemically bonded to form a new material toughened plastic. What the present invention adopts is the toughened plastic of material compressive strength 24-36MPa, flexural strength 18-28MPa, flexural modulus 400-12000MPa, elongation at break 5-18%, tensile strength 13-25MPa, and it replaces plastic , Processed into wire and cable sheaths.
Embodiment 3
[0026] An application of toughened plastics on valves. The toughened plastics are mainly made of renewable thermoplastic waste plastics, undisturbed fly ash, and fibers, and are processed with additives such as dispersants and coupling agents under certain temperature and pressure conditions. The recycled resin formed by physical and chemical action conforms to the material molded and drawn, and the strong polar groups on the coupling agent and some functional groups on the fly ash react chemically to form a new material toughened plastic. The invention adopts tempered plastic with compressive strength of 24-36MPa, flexural strength of 18-28MPa, flexural modulus of 400-12000MPa, elongation at break of 5-18%, and tensile strength of 13-25MPa, which replaces cast iron, processed into valves.
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