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The Smart Buyer's Guide to Metals:

 

Cost, Durability, and Safety – Why Zinc Alloy Stands Out?

 

Frames the content as a practical guide, using the comparison to position zinc alloy as the optimal choice for many applications.

 

 

Metal Material Common Manufacturing Process Corrosion Resistance Tensile Strength (N) Cost Weight per Unit Volume Application
Stainless Steel 304 Stamping, drawing, cutting Excellent, suitable for most environments 5000N High Heavy
(approx. 7.93g/cm³)
Pet products
Stainless Steel 201 Stamping, drawing, cutting Good, lower than 304, suitable for indoor use 4500N Medium Heavy
(approx. 7.85g/cm³)
Bags & Apparel
Stainless Steel 316 Stamping, precision casting, cutting Superior, resistant to strong acids and alkalis 5200N Highest Heavy
(approx. 7.98g/cm³)
Metal crafts
Zinc Alloy Die casting, electroplating, polishing Good, suitable for general environments 3000N Low Relatively heavy
(approx. 6.7g/cm³)

Bags & Apparel

Small & Medium Pets

Aluminum Alloy Die casting, anodizing, cutting Good, lightweight and corrosion-resistant 4000N Medium Light
(approx. 2.7g/cm³)
Pet products
Brass Stamping, die casting, turning Excellent, good oxidation resistance 4000N High Relatively heavy
(approx. 8.5g/cm³)
Metal crafts
Purple Copper Stamping, forging, cutting Superior, excellent electrical and thermal conductivity 3800N High Heavy
(approx. 8.9g/cm³)
Electrical components
Iron Stamping, forging, cutting Poor, prone to rusting without protective coating 2500N Lowest Heavy
(approx. 7.8g/cm³)
Bags

 

 

Summary

Zinc alloy stands out for its low cost, design flexibility, variety of finishes, and broad applications, making it a go-to material for industries like bags, clothing, pet products, and metal crafts. Its balance of affordability, durability, and aesthetic versatility makes it one of the most widely used materials in hardware manufacturing.

 

Recyclable

Zinc alloy is 100% recyclable, contributing to sustainable production practices.