Challenges with welding spatter
Weld spatter is an all-too-common and persistent issue. Weld spatter consists of small balls of molten metal that are created near the welding arc that stick to workpieces and/or tooling (mylars, resting blocks, locating pins, etc.) , injuries to workers, clean-up, porosity, and loss of material. This leads to a loss in productivity, higher maintenance stops, and increase the cost of overall production.
Damage of tools surface due to weld spatter
A high amount of cleaning is required - Higher Maintenance Cost
Lower Productivity - Due to frequent maintenance stops.
Frequent Change of tooling parts and re-calibration
QTi® Copper Titanium Alloy for Anti- Spatter application
Copper Titanium alloy is a patented “Made in India” Technology that exhibits exceptional mechanical and thermal properties which make them suitable for anti-spatter applications in MIG Welding Fixtures. It reduces downtime, increases productivity & equipment efficiency. There is no need for any external chemical coating & anti-spatter spray which makes it ideal for use in High volume production lines.
Higher Weld spatter resistance corresponds to fewer maintenance stops during production
High thermal conductivity - Cools the weld spatter almost immediately thereby reduce sticking
High hardness – leads to high wear & tear resistance – Better Life
No coating is required
Get fully finished parts as per drawings – faster supplies.
Buy directly from the manufacturer.
Beryllium Free Alloy – No Health or Environmental damage.
Video - Anti Spatter properties of Copper Titanium Alloy
Advantages of Copper Titanium Mylars
Copper Titanium alloy exhibits high wear resistance due to its high hardness, this extends the life of the mylars and reduce maintenance costs.
No Need of Spray
No need for anti-spatter spray, reduce 100% cleaning activities by using Copper Titanium Mylar's
By using copper titanium Mylar's, increased productivity and save high-amount of cost
Copper Titanium material is made from high-quality Copper & Titanium and is 100% free from Beryllium