Stainless Steel 150KVA Seam Welding Machine For Oil Tank

시임 용접 기계
November 15, 2021
카테고리 연결: 솔기 용접 기계
개요: Discover the Stainless Steel 150KVA Seam Welding Machine, perfect for welding Alusil and aluminum oil tanks with precision. This auto seam welder features water cooling, a 5-20 mm welding width, and semi-automatic sink welding for high-quality, consistent results.
관련 제품 특징:
  • Electric-powered Seam Welding Machine for efficient and precise welding.
  • Water cooling system ensures optimal performance and prevents overheating.
  • Semi-automatic sink welding capability for greater control and accuracy.
  • Horizontal type seam welder designed for seamless welding operations.
  • Auto seam welder mode enhances productivity with automated functions.
  • Adjustable welding width from 5 to 20 mm for versatile applications.
  • Ideal for welding Alusil and aluminum oil tanks in various industries.
  • Equipped with core components like PLC and motor for reliable performance.
질문과대답:
  • What is a seam welding machine?
    A seam welding machine is a type of welding equipment used to join two pieces of metal along a seam by creating a series of overlapping spot welds.
  • What materials can be welded using a seam welding machine?
    Seam welding machines are commonly used for welding thin sheets of metal such as steel, stainless steel, and aluminum.
  • What are the advantages of using a seam welding machine?
    Seam welding machines provide consistent and high-quality welds, increased productivity due to automated operation, and the ability to produce leak-proof welds in certain applications.
  • How does a seam welding machine work?
    A seam welding machine works by passing an electric current through the metal pieces to be welded while applying pressure to create a series of overlapping welds along the seam.
  • What factors should be considered when choosing a seam welding machine?
    When choosing a seam welding machine, factors such as the thickness of the materials to be welded, the desired welding speed, the power source, and the control system should be taken into consideration to ensure optimal performance.