Bailian Plastic Industry Plastic Alloy PipePlastic alloy composite communication pipe Plastic alloy power cable protection tube

Bailian Plastic Industry Plastic Alloy Pipe is a composite communication pipe with an outer square and inner circular structure, also known as a plastic alloy power cable protection pipe. It is a multi polymer interpenetrating network with synergistic effects, mainly made of polyvinyl chloride as the main raw materialAlloying technology,With toughening agent, anti-aging agent and other auxiliary additives,After high-speed mixing, it is extruded into shape in one go. The three major innovations in materials, structures, and processes have endowed it with unparalleled performance in terms of impact resistance, compression resistance, and corrosion resistance compared to other pipes.Plastic alloy pipes are generally dark gray in color and can also be customized through consultation between the supply and demand parties. The inner and outer walls of the tube should be smooth and free of bubbles, cracks, decomposition lines, and obvious impurities. The two ends of the communication pipe should be cut flat and basically perpendicular to the axis.

Advantages and Performance

1Strong rigidity and high compressive strength:

Bailian Plastic Industry's plastic alloy pipes adopt a unique structural design, with reinforced ribs on the outer and inner circles, and square inner walls with curved corners for protection. When subjected to external loads, stress can be evenly transmitted, and the pipe body is not easily damaged. Even if the outer structure is damaged, there is still an inner structure for protection.

2Lightweight,Easy construction and installation
The weight of the pipe is light, and it is easier and more convenient to transport than metal pipes and cement pipes. Small space occupation, small excavation volume, efficient saving of urban underground space resources, and minimal impact on road traffic and municipal administration. Easy construction and installation, low construction intensity, and low project cost.The weight per meter of the plastic alloy composite communication pipe is2.25Kg／m（BFFⅢ-92）The2.67 Kg／m（BFFⅢ-110）Compared to steel pipes10.26Kg／mThe weight has been significantly reduced and can be widely used for crossing communication pipelines, effectively reducing the load-bearing capacity of the bridge.

3Good resilience

Good toughness, good bending performance, one section6Meter long pipes,At room temperatureCurved chord height can reach1.2MAbove, special directional changes can be matched with dedicated elbows. Adapt to complex underground construction environments and encounter challenges during constructionIt is easy to avoid bends or crossing other pipelines, which brings great convenience to construction.

4．Good bending modulus of elasticity, completely solving the disadvantages of metal steel pipes being prone to decay and having no twisting elasticity.

5Strong corrosion resistance, good insulation and flame retardant properties, anti-static.

The plastic alloy composite communication tube has the performance of acid, alkali, salt and other chemical corrosion resistance. After testing by the Technical Supervision Bureau, its pointer≤1.50Grams per square meter, meeting the technical requirements for pipes used for corrosive fluid transmission. If steel pipes are laid in saline alkali land, their service life is only3-5Year; And the plastic alloy composite communication tube has been calculated by authoritative departments according to its pointer, and its service life is at least50Years or more.

6The interface has assembly markings and is arranged in an orderly manner; Strong compressive strength, burial depth only required0.3-0.5Rice, no need for foundation and cement encapsulation, backfill with fine sand first20The road can be opened by backfilling the soil with a thickness of one centimeter.

application area

Power Cable Engineering Power transmission and transformation construction project Communication and optical cable line engineering cross sea and river cable protection engineering

Cable engineering for airports, transportation roads and bridges, and industrial parks Underground cable workers for municipal construction