High Quality 1500T Copper Extrusion Machine For Extruding Copper Profile

• The extrusion stroke of the short-stroke extruder is notably shorter than conventional extruders, resulting in a reduced frame opening. This design enhancement significantly increases the rigidity of the stress frame, surpassing traditional extruders by 30%.
• By decreasing the volume of the main side cylinder, hydraulic oil usage is minimized. This reduction enhances both speed and pressure control accuracy while also shortening the time required for pressure adjustments. Consequently, energy consumption is lowered, and the impact of oil during pressure relief is mitigated.
• Eliminating the gasket circulation system not only reduces reactive operation time but also diminishes the power consumption of the production line. As a result, non-extrusion time is reduced by 15%.
• Implementation of a translation manipulator powered by a servo motor contributes to a 15% decrease in non-extrusion time.

Copper is widely used in various fields due to its excellent electrical conductivity, thermal conductivity, ductility, corrosion resistance, and antibacterial properties:

• Power Transmission: Copper is the primary material for wires, cables, transformers, and switches (e.g., pure copper T1, T2)
• Electronic Devices: Used in printed circuit boards (PCBs), integrated circuit leads, connectors, and semiconductor components
• New Energy: Copper conductors in photovoltaic systems, electromagnetic coils in wind turbines, and motors/charging stations for electric vehicles

• Architectural Structures: Copper alloys (e.g., brass, bronze) are used in roofing, facades, and piping systems (corrosion-resistant)
• Decorative Arts: Copper sculptures, door handles, lighting fixtures, and furniture fittings, combining aesthetics with antibacterial properties
• Plumbing Systems: Copper pipes are commonly used in high-end buildings for water supply due to their antibacterial and corrosion-resistant qualities

• Automotive Industry: Radiators, brake system tubing, and electrical wiring (pure copper or copper alloys)
• Rail Transit: Overhead contact wires for high-speed rail (copper-chromium alloy), train motors, and transformers
• Marine & Aerospace: Seawater desalination pipes (saltwater-resistant), aircraft hydraulic systems

• Heat Exchange Equipment: Condensers, heat pipes (utilizing high thermal conductivity, e.g., red copper)
• Wear-Resistant Components: Bronze (e.g., tin bronze ZCuSn10P1) for bearings and gears
• Chemical Equipment: Reactors, valves (resistant to acids/alkalis, e.g., copper-nickel alloy B10)

• Antimicrobial Materials: Copper ions kill bacteria, making it suitable for hospital door handles and medical instrument surfaces (e.g., antimicrobial copper C71000)
• Medical Devices: Surgical tools, dental materials (biocompatible)

• Solar/Wind Energy: Copper is a core material for photovoltaic cell grids and wind turbine motors
• Battery Technology: Copper foil current collectors in lithium-ion batteries

• Currency & Souvenirs: Coins (e.g., cupronickel), commemorative medals
• Military & Aerospace: Cartridge cases (brass), rocket thruster components
• Agriculture: Copper salts as fungicides (e.g., Bordeaux mixture)

• The key parts of hydraulic Copper extrusion machine (container, extrusion pad, shear blade, ingot feeder) have mature structures and low failure rate
• The equipment has small impact and vibration, and is not prone to oil leakage
• The equipment has fast response, high efficiency and short non-extrusion time
• The equipment has high precision and the extrusion speed can be accurately controlled (±0.1mm)
• The equipment has a high degree of automation and intelligent production, which reduces the requirements for operators and maintenance personnel