Crafted from durable 304 Stainless Steel, this 4.6x1400mm coil set (100 pieces) offers exceptional corrosion resistance and structural integrity for industrial applications. Each 4.6mm thick 304 steel strip features a precise width of 1400mm, designed for seamless integration with machinery components in food processing, chemical, and construction industries. The 304 material coil operates reliably within a temperature range of -50°C to 800°C, supporting high-stress environments. Compatible with standard fastening systems, these cold-rolled strips enable efficient assembly in modular frameworks while maintaining dimensional stability. Key advantages include superior weldability, hygienic surface finish, and oxidation resistance, though specialized cutting tools are recommended for optimal edge quality. Supplied in standardized 100-piece bundles for bulk projects requiring consistent gauge accuracy.

SEOSpecification

Parameter	Specification
Material Grade	304 Stainless Steel
Product Form	304 Material Coil
Dimensions	4.6mm Thick x 1400mm Length
Quantity	100 Pieces 304 Steel Strips
Thickness Tolerance	±0.05mm
Surface Finish	2B Cold Rolled
Standard	ASTM A240/A480
Application	Construction, Automotive, Fabrication

SEOQandA

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answer:As Asia's leading industrial automation trader with 20+ years, we ensure quality, reliability, and 85% repeat customers.
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answer:Labels are removed per manufacturer's policies to prevent unauthorized resale. Products are genuine.

SEOQandA_Product

question:Corrosion in chloride environments
answer:Use higher-grade alloys (e.g., 316) or apply surface treatments for protection.
question:Weld cracking during fabrication
answer:Use 304L grade and control interpass temperature below 150°C during welding.
question:Surface oxidation after heat exposure
answer:Remove oxide layer using pickling or electropolishing treatments.
question:Work hardening during machining
answer:Apply annealing at 1010-1120°C followed by rapid cooling for softness.
question:Dimensional instability post-processing
answer:Perform stress-relief annealing at 400-450°C before final machining.