The most important features to look for in a cable testing machine today are: wire mapping accuracy, multi-cable type support, PoE testing capability, HDTDR/HDTDX fault location, certifiable test resu...
The fundamental difference is this: continuous wire annealing machines process wire in motion — inline with the drawing or stranding line — while batch annealing machines process coiled wire in a sta...
Temperature control is the single most critical variable in wire annealing — even a deviation of ±10°C from the target range can result in wire that is either too brittle or too soft, leading to reje...
Lubrication is critical to wire drawing machine performance because it simultaneously controls friction, heat, die wear, wire surface quality, and drawing force — all in a process where the wire and ...
The right die for a wire drawing machine is determined by four core factors: die material, bearing length, approach angle, and die diameter. Get these four parameters right for your specific wire mat...
The most common problems in wire drawing machines are wire breakage, die wear, surface defects, inconsistent diameter, overheating, and lubrication failure. These issues account for the majority of u...
The short answer: there is no single "best" wire drawing machine — the right choice depends on your wire material, target diameter, production volume, and automation requirements. However, for most m...
Recently, many clients enter into copper industry, and don't know how to buy the copper wire drawing machine.A. You don't need copper conductor bigger than 0.4mm.Following is the answer:1)Copper rod b...
Tinned wire has 5 functions1.It is to prevent the oxidation of copper wire.2. It can reduce the contact resistance of the connector3. It is to prevent the wire ends loose.4. Tin plating is generally r...