MPPCable Tray, also known asMPP Power Cable Protection PipeMPPCable protection conduits, available in excavation and non-excavation types.MPPDirect-burial electrical conduit, also known asMPPJacking pipe or拖拉管 (Tug pipe).
Product Features:
MPPPower conduits are made primarily from modified polypropylene, eliminating the need for extensive dredging, soil excavation, and road damage. They are used for laying pipelines and cables in special locations such as under roads, railways, buildings, and riverbeds. Compared to traditional“Trench and pipe burial method”In comparison,TrenchlessPower pipe engineering is more suitable for current environmental protection requirements, eliminating the public disturbances such as dust and traffic congestion caused by traditional construction. This technology can also be used to lay pipelines in areas where excavation is not feasible, such as historic protection zones, busy city districts, agricultural and farmland protection areas, highways, rivers, and more.
High-temperature resistance and pressure resistance, suitable for10KVAbove high-voltage transmission line cable conduit materials.
110mm～Chinese250mmStandard and Enhanced Models. The Standard Model is suitable for excavation and laying construction, as well as non-excavation crossing construction with a burial depth less than4MEngineering services; Reinforced for non-excavation tunneling construction with burial depth greater than4MOur engineering products have passed the inspection of the National Chemical Building Materials Testing Center, yielding favorable social and economic benefits.
Application Scope:
MPPPower conduits are widely used in civil, telecommunications, electric power, gas, water supply, and heating pipeline projects.
MPPTrenchless horizontal directional drilling for power pipeline projects in urban and rural areas, as well as open cut power pipeline projects.
MPPHorizontal directional drilling for non-destructive urban and rural power pipe, wastewater drainage pipe engineering. Industrial wastewater discharge project.
