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What is 8710 anti-corrosion coating?

What is 8710 anti-corrosion coating?

2020-12-02

IPN8710 anti-corrosion coating is a two-component system. Component A, the base coating, consists of resin and an initiator; component B, the curing agent, comprises reactive monomers and a catalyst. The coating forms a network with strong adhesion and excellent flexibility, and it is unaffected by corrosive media such as acids, alkalis, and salts. Utilizing interpenetrating networks to enhance polymer performance represents a novel blending technology.

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Processing Technology for IPN8710 Anti-Corrosion Steel Pipes

Processing Technology for IPN8710 Anti-Corrosion Steel Pipes

2020-11-27

Advantages of IPN8710 anti-corrosion steel pipes: It is especially essential to use this type of steel pipe in extremely dark, humid, and highly corrosive environments—for example, in concealed areas such as sewers or underground waste and sewage treatment facilities. In such locations, any problems with the steel pipes would be extremely difficult to detect. Consequently, when these pipes suffer damage such as fractures, repairs become considerably challenging. The use of IPN8710 anti-corrosion steel pipes can significantly extend their service life and provide enhanced corrosion resistance. Since their introduction, they have brought considerable convenience to people. We might think that purchasing a new steel pipe isn't difficult, but replacing or repairing an already installed pipe presents certain challenges.

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Public Disclosure of Information on Enterprises Involved in Hazardous Waste

Public Disclosure of Information on Enterprises Involved in Hazardous Waste

2020-11-27

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Precautions for Anti-corrosion Construction of IPN8710

Precautions for Anti-corrosion Construction of IPN8710

2020-11-22

The IPN8710 anti-corrosion coating consists of two components: one is the base material—comprising resin and an initiator—and the other is the underlying substrate, which is made up of reactive monomers and a catalyst. This coating exhibits exceptionally strong adhesion, excellent flexibility, and outstanding resistance to acids, alkalis, and salts, making it an excellent medium for corrosion resistance. Furthermore, it enhances the coating’s toughness, strength, adhesion, impermeability, and chemical inertness, thereby improving the overall performance of the film. It represents a novel polymer blending technology.

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Introduction to the TPEP Anti-Corrosion Steel Pipe Process

Introduction to the TPEP Anti-Corrosion Steel Pipe Process

2020-11-13

Introduction to the TPEP Anti-Corrosion Steel Pipe Process: The outer wall employs a hot-melt wrapping process, where a three-layer anti-corrosion coating is formed by an epoxy resin at the bottom, an adhesive layer in the middle, and a polyethylene layer on the outside. The inner wall is protected using a hot-spray epoxy powder coating method. After the TPEP powder is heated to a high temperature and melted, it is evenly applied onto the pipe surface, creating a steel-plastic composite coating that significantly enhances the adhesion and thickness of the coating, thereby improving its resistance to impact and corrosion. TPEP steel pipes exhibit excellent ductility and integrity, making them convenient to install and operate. They are suitable for jacking pipe installation. Protecting both the inner and outer walls of steel pipes and their fittings is a highly convenient approach.

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Introduction to TPEP Material

Introduction to TPEP Material

2020-11-10

TPEP is an anti-corrosion material. TPEP-coated steel pipes—epoxy-coated steel pipes—are an upgraded, next-generation product based on single-layer polyethylene-composite steel pipes. They represent currently one of the most advanced forms of corrosion protection for buried long-distance pipelines. The fourth-generation large-diameter pipeline TPEP anti-corrosion production line, independently developed, employs a hot-melt wrapping process for the outer layer, with an adhesive intermediate layer forming a three-layer anti-corrosion system. After being melted at high temperatures, the powder is uniformly applied to the pipe surface, creating a steel-plastic alloy layer.

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Preparation for Using Coated Composite Pipes

Preparation for Using Coated Composite Pipes

2020-11-07

Before installing the coated composite piping, the following conditions must be met: All relevant technical documents, including construction drawings, must be complete and have undergone technical briefing. A visual inspection of the coated pipes and fittings required for installation shall be conducted, and the product certificates, specifications, models, types, and quantities shall be verified.

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Installation of Coated Composite Pipes

Installation of Coated Composite Pipes

2020-11-04

Installation and operating conditions for coated composite pipes: (1) At locations where pipes pass through walls or floor slabs,预留 pipe openings or pre-installed sleeves shall be provided. The diameters of the openings and the specifications of the sleeves must meet the requirements, and their elevations must be accurate. (2) The supports and hangers for the coated composite pipes must be installed correctly and properly positioned. (3) Indoor sewage pipelines and fittings shall be arranged in situ according to the design drawings and the actual conditions of the building structure. After verification, the elevations, positions, opening dimensions, and spacing between pipes at all locations must be correct.

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Introduction to Coated Composite Pipes

Introduction to Coated Composite Pipes

2020-11-01

Plastic-coated composite pipes are a new type of pipe developed in China. Both the inner and outer surfaces are coated with plastic. The composite structure, which combines welded steel pipes or seamless pressure-resistant steel pipes, overcomes the drawbacks of steel pipes, such as their susceptibility to rusting, significant pollution, and tendency to deform. Plastic-coated composite pipes integrate the advantages of both steel pipes and plastic products, making them nationally recognized as environmentally friendly products. These pipes are steel-plastic composites composed of polyethylene resin, ethylene-acrylic copolymer, epoxy resin powder, non-toxic polypropylene, or non-toxic polyvinyl chloride, with a coating thickness ranging from 0.5 to 1.0 mm.

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3PP Pipe Anti-Corrosion Method

3PP Pipe Anti-Corrosion Method

2020-10-29

As one of the fundamental corrosion protection methods used in pipeline coatings, 3PP piping boasts relatively high strength among surface anti-corrosion coatings for pipelines. Since the 1970s, pipelines have been continuously exposed to harsh environments in polar and marine regions.

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