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Welded parts can be used to produce special-shaped frames, cantilevers, extended racks, and ultra-thin/super-thick combined structures. Carbon steel and low-alloy steel plates have stable mechanical properties and strong tensile and impact resistance. For heavy-load impact conditions, hydraulic equipment racks, and equipment with large vibrations, welded steel structures are more durable. It can produce automation equipment, non-standard equipment racks, test benches, and temporary tooling bases...
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Welded parts can be used to produce special-shaped frames, cantilevers, extended racks, and ultra-thin/super-thick combined structures. Carbon steel and low-alloy steel plates have stable mechanical properties and strong tensile and impact resistance. For heavy-load impact conditions, hydraulic equipment racks, and equipment with large vibrations, welded steel structures are more durable. It can produce automation equipment, non-standard equipment racks, test benches, and temporary tooling bases...
See more
Welded parts can be used to produce special-shaped frames, cantilevers, extended racks, and ultra-thin/super-thick combined structures. Carbon steel and low-alloy steel plates have stable mechanical properties and strong tensile and impact resistance. For heavy-load impact conditions, hydraulic equipment racks, and equipment with large vibrations, welded steel structures are more durable. It can produce automation equipment, non-standard equipment racks, test benches, and temporary tooling bases...
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Welded parts can be used to produce special-shaped frames, cantilevers, extended racks, and ultra-thin/super-thick combined structures. Carbon steel and low-alloy steel plates have stable mechanical properties and strong tensile and impact resistance. For heavy-load impact conditions, hydraulic equipment racks, and equipment with large vibrations, welded steel structures are more durable. It can produce automation equipment, non-standard equipment racks, test benches, and temporary tooling bases...
See more
Welded parts can be used to produce special-shaped frames, cantilevers, extended racks, and ultra-thin/super-thick combined structures. Carbon steel and low-alloy steel plates have stable mechanical properties and strong tensile and impact resistance. For heavy-load impact conditions, hydraulic equipment racks, and equipment with large vibrations, welded steel structures are more durable. It can produce automation equipment, non-standard equipment racks, test benches, and temporary tooling bases...
See more
Welded parts can be used to produce special-shaped frames, cantilevers, extended racks, and ultra-thin/super-thick combined structures. Carbon steel and low-alloy steel plates have stable mechanical properties and strong tensile and impact resistance. For heavy-load impact conditions, hydraulic equipment racks, and equipment with large vibrations, welded steel structures are more durable. It can produce automation equipment, non-standard equipment racks, test benches, and temporary tooling bases...
See more
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