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Anti-settlement high-strength PP-HM double-wall corrugated pipe

Anti-settlement high-strength PP-HM double-wall corrugated pipe

The anti-subsidence high-strength PP-HM double-wall corrugated pipe is a non-pressure underground drainage and sewage structural wall pipe system, featuring a smooth inner surface and a specially shaped outer surface. This type of pipe system is made from high-strength modified PP-HM resin as the base material, with the addition of special modified functional masterbatch, which enhances the product's impact resistance, rigidity, and weather resistance while ensuring stable product quality. The research team at Guodi Technology collaborates with outstanding domestic equipment manufacturers to optimize the design of the pipe's corrugated structure, making it more rational. Compared to traditional double-wall corrugated pipes, it has a higher rigidity-to-weight ratio and better cost performance; especially in challenging construction environments, such as those with collapsible soil or high backfill foundations, its advantages are even more pronounced under high anti-subsidence requirements, making it a safe and reliable choice for you.

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Buried polyethylene (PE) steel belt reinforced spiral corrugated pipe

Buried polyethylene (PE) steel belt reinforced spiral corrugated pipe

Steel belt reinforced polyethylene (PE) spiral corrugated pipes are made from high-density polyethylene as the primary raw material, with a wave-shaped steel belt coated with adhesive resin as the main supporting structure. The polyethylene material is wound to form an integrated spiral corrugated pipe. In addition to having the corrosion resistance, smooth inner wall, and low flow resistance typical of ordinary plastic pipes, the product features a hollow annular structure reinforced with a steel skeleton, allowing it to meet ring stiffness requirements of SN8, SN10, SN12.5, and SN16.

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Buried polyethylene (PE) spiral structured wall pipe (Krah pipe)

Buried polyethylene (PE) spiral structured wall pipe (Krah pipe)

The buried polyethylene (PE) winding structured wall pipe uses the latest hot winding forming process. Compared to directly extruded structured wall pipes, it has a higher ring stiffness (ring stiffness reaches SN16), can produce larger diameters (up to 4000mm), and has strong adaptability to uneven settlement and misalignment due to socket fusion connections. It also has good seismic resistance, is not prone to leakage, and is easy to construct.

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Polyethylene (PE) trenchless drainage pipe

Polyethylene (PE) trenchless drainage pipe

Polyethylene (PE) non-excavation drainage pipes are primarily made from PE100 grade pipe material, with necessary additives added, and are formed through extrusion processing using a single-screw extruder. This product is resistant to compression, acids, alkalis, and chemical corrosion. It uses heat fusion connections, with the tensile strength of the welded joints greater than that of the body strength, and has good toughness. It is suitable for non-excavation dragging construction of rainwater and sewage collection, treatment, and discharge pipeline systems. Excavation pipes are also primarily made from PE100 grade pipe material, with necessary additives added, and are formed through extrusion processing using a single-screw extruder. This product is resistant to compression, acids, alkalis, and chemical corrosion. It uses heat fusion connections, with the tensile strength of the welded joints greater than that of the body strength, and has good toughness. It is suitable for non-excavation dragging construction of rainwater and sewage collection, treatment, and discharge pipeline systems.

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Polyethylene (PE) top pull pipe

Polyethylene (PE) top pull pipe

Polyethylene (PE) pull-out pipe is made from polyethylene (PE) resin as the main raw material, with necessary additives added. It is processed through extrusion and CNC lathe turning to create a flexible sealing self-locking structure with high precision, high joint compatibility, high strength, and convenient construction, featuring two joints with internal and external threads.

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Fiberglass reinforced sand pipe

Fiberglass reinforced sand pipe

Fiberglass reinforced sand pipes are a new type of composite material made from resin as the matrix material, fiberglass and its products as the reinforcing material, and quartz sand as the filling material. With its excellent corrosion resistance, hydraulic characteristics, lightweight high strength, large flow capacity, easy installation, short construction period, and low overall investment, it has become the best choice for the chemical industry, drainage projects, and pipeline engineering.

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PVC cable trunking for construction

PVC cable trunking for construction

The PVC (Polyvinyl Chloride) cable trunking used in construction is commonly referred to as wiring trunking, electrical distribution trunking, or cable raceways. It is made by extruding PVC resin powder with certain additives, resulting in a product that has characteristics such as insulation, fire resistance, and self-extinguishing properties. It is primarily used for wiring electrical cables, providing mechanical protection and electrical safety for the wires laid within. After using the product, wiring becomes convenient, neat, and reliable, making it easy to locate, maintain, and replace circuits.

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PVC insulation electrical conduit for construction

PVC insulation electrical conduit for construction

Using polyvinyl chloride resin (PVC) as the main raw material, necessary additives are added and processed through extrusion to form; mainly used as electrical and communication cable sheathing. It is classified into high-strength heavy-duty, general medium-duty, and general light-duty based on mechanical properties.

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Red and blue PVC-U insulated flame-retardant electrical conduit

Red and blue PVC-U insulated flame-retardant electrical conduit

Using polyvinyl chloride resin as the main raw material, necessary additives are added along with special red and blue materials, which are then extruded and formed into red and blue PVC-U insulated flame-retardant electrical conduits. These are mainly used as sheaths for electrical and communication cables, with red used for live wires and blue for neutral wires, making wiring simpler and safer to identify.

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