steel closed string radiator has a simple and elegant appearance, showing its nobility, integrating functionality and decoration. Classic solid color, all radiators are made of second-generation KTL electrophoretic primer. The surface is coated with a layer of heat-resistant and wear-resistant epoxy resin powder, which is baked at 2000°C high temperature, so its appearance can remain the same after ten years. Same as new installation.
1. Material: The header is made of ST14 low carbon steel with a thickness of 1.2mm. It has high strength, good ductility, and no cracks after stamping, which increases the corrosion resistance of the material itself. Low carbon steel pipes are used for risers with a thickness of 1.5-1.8mm, which reduces the oxidation corrosion of steel and extends the service life of steel radiator from the material point of view.
2. Welding method: Jin-made radiator adopts fully automatic argon arc welding process, single-sided welding, double-sided forming, the welding seam is uniform and smooth, no slag inclusion, no welding, high welding quality, better than other manufacturers manual welding or Welding defects caused by resistance welding .
3. Anti-corrosion technology: Jin-made radiators add anti-corrosion technology in the coating, which can extend the service life of the radiator. The anti-corrosion liquid uses domestic anti-corrosion coating , which has anti-corrosion properties. Vacuum anti-corrosion filling is used to eliminate sharp corners in the inner cavity of the radiator. Dead corner bubbles are formed in the welding joints.
steel closed plate radiator production process flow: steel procurement-welding-grinding-cutting (column steel pipe procurement-cutting)-spot welding-welding-grinding-single piece pressure test-assembly and welding-pressure test-pretreatment-internal Anti-corrosion coating -drying-spraying-packaging-finished product
1. The convection heat is large, making the human body feel more comfortable, just like the gentle sunlight hitting the human body feels warm.
2. There are fewer welds, less damage to the steel, fewer hidden dangers of leakage, and good product quality.
3. Uses resistance welding, no welds, and does not pollute the water quality of the heat medium.
4. The degree of production automation is high, the product quality is stable and reliable; the production cost is relatively low, and the market competitiveness is strong.
