AGR, a new material made by chemical copolymerization of ultrafine particle acrylic elastomer fully integrated into polyvinyl chloride molecules, is called acrylic copolymer polyvinyl chloride in Chinese and Ackylic Graft Resin in English. Fully utilizing the advantages of both materials, it has excellent impact resistance and low temperature resistance (below -10 ℃), and is known as plastic steel pipe.
1、 Product Introduction:
AGR, a new type of material made by chemical copolymerization of ultrafine particle acrylic elastomer fully integrated into polyvinyl chloride molecules, is called acrylic graft resin in Chinese and Ackylic graft resin in English. Fully utilizing the advantages of both materials, it has excellent impact resistance and low temperature resistance (≤ -10 ℃ or below), and is known as the "plastic steel pipe".
2、 Product features:
1. Strong impact resistance: Acrylic particles are evenly distributed and can effectively absorb external impacts
2. Smooth inner wall, clean and hygienic, good shading performance: minimal roughness does not produce inner wall deposits, and is not easy to breed bacteria, algae, etc
3. Long service life of pipeline: AGR water pressure design has a pipe service life of over 50 years
4. Convenient construction and installation: The construction method is simple and the construction operation is easy to master
5. Good corrosion resistance: The embedded parts are made of 304 stainless steel, which is not easily corroded
6. High adhesive strength: AGR uses specialized adhesive to bond firmly and reliably
7. High compressive strength: AGR pipes are known as "plastic steel pipes"
8. Good water management performance, better and guaranteed water flow: large cross-sectional area for water passage, fully ensuring water flow
9. Superior seismic performance: good extensibility, able to withstand high-strength longitudinal external forces
3、 Application areas:
1. Suitable for the water supply system of newly built, renovated, and expanded civil buildings, such as residential buildings, childcare facilities, hotels, office buildings, sports centers, hospitals, swimming pools, etc.
2. It can be used for clean water transportation systems in the fine chemical and electronic industries, water supply pipelines for direct drinking water in daily life, and fluid transportation systems in the beverage and beer industries. It can also be used for chemical fluid transportation pipeline systems in fields such as chemical and papermaking.