NEWS

Milling is a machining process that removes material from a workpiece using a rotating multi‑edge cutting tool to produce precise shapes, slots, holes, and surfaces. In manufacturing, a milling machine

For overseas B2B buyers, wholesale distributors, and sourcing engineers, the machine shop floor often feels like a black box—you send a drawing and later receive finished metal parts. But behind

Introduction: The Cost of Complexity in Aluminium Sourcing For global procurement managers and product engineers, the transition from steel to aluminium is a strategic imperative driven by market demand for

I. Why Material Choice Determines Project Success for Global Wholesale Buyers For overseas wholesalers, OEM buyers, and project sourcing teams, material selection is not just an engineering note on a

I. Why Extrusion Matters to International Buyers Global buyers often search for metal frames, cabinet structures or industrial rails that must remain consistent across thousands of units. In these searches,

1. Introduction: The “Hidden Iceberg” of Metal Mold Costs Why Mold Cost Is More Than a Quote When you source a metal mold for die casting, stamping, or deep drawing,

1. Executive Summary: The Economics of Precision Manufacturing If you are a purchasing manager, category buyer, or wholesale distributor, one of the most decisive factors in determining whether a product

I. Why Wholesale Buyers Ask This Question Wholesale buyers move fast. They compare suppliers, evaluate technical language, and judge cost accuracy in minutes. When drawings or RFQs mention silver solder,

When you buy metal products in bulk—frames, cabinets, housings, brackets, or assembled structures—you are not just buying steel or aluminium. You are buying welds, brazed joints, and processes that will

By the Engineering Team at YISHANG – Sheet Metal Fabrication Manufacturer in China, Exporting to 50+ Countries For global sourcing and procurement teams, sheet metal is not merely a raw

Quick answer: in its pure form, aluminum melts at about 660.3°C (1220.5°F). In real manufacturing, however, most aluminum alloys melt over a range of roughly 480–670°C, depending on composition and

Quick Definition (For Fast‑Scanning Buyers & Google Snippets) Iron boils at approximately 2861–2862°C (5180–5182°F) at 1 atmosphere. Iron melts at approximately 1538°C (2800°F). These two temperatures define the extreme boundaries