Specialty Wire Drawing Compounds & Extreme Pressure Soaps
High-performance specialty drawing compounds engineered for severe industrial wire reductions where conventional soaps fail. Includes SS-1000 for rapid work-hardening stainless steel alloys (SS 304, 316, 202), 85 Black graphite-fortified extreme-pressure soap for mechanically descaled wire rods, and specialized CO2 MIG welding wire drawing compounds.
Direct supply from Ghaziabad plant with batch COA traceability, verified grain consistency, and 100% moisture protection.
Operational Technical Specifications
| Operational Metric | Engineering Specification & Behavioral Range |
|---|---|
| Physical Appearance / Form | Off-White Powder (SS-1000) / Dark Charcoal Grey-Black (85 Black) |
| Lubricant Base Chemistry | Sodium & Calcium based fortified with extreme-pressure & solid lubricants |
| Maximum Continuous Drawing Speed | Up to 10 - 18 m/s depending on alloy grade and machine design |
| Suitable Substrates | Stainless Steel (SS 304, 316, 202), Mechanically Descaled High Carbon, CO2 MIG Wire |
| Die Wear Protection | Significantly Extends Die Life |
| Standard Packaging | 50 KG Net Multi-Wall HDPE Moisture-Barrier Bags with Inner Sealed Liner |
| Recommended Storage | Keep Elevated on Pallets in Dry Ambient Warehouse Away from Moisture |
Shop-Floor Operational Guidance
Practical machine-setup recommendations from over three decades of on-site wire mill technical troubleshooting.
1. Stainless Steel Drawing Dynamics (Grade SS-1000)
Stainless steels (SS 304/316) work-harden aggressively in the very first reduction pass. SS-1000 provides high-temperature boundary film strength that cushions the tungsten carbide die, preventing metal pickup, micro-cracks, and wire snapping.
2. Mechanical Descaling Protection (Grade 85 Black)
Mechanically descaled wire rods retain abrasive micro-islands of iron oxide. Standard drawing soaps break down under scale abrasion. 85 Black uses micronized graphite as a solid-state lubricant that envelops scale particles and shields the die bearing.
3. CO2 MIG Welding Wire Drawing & Copper Adhesion
MIG welding wire requires precise surface residual thickness to permit uniform chemical or electrolytic copper coating. Our specialty drawing compound burns clean without leaving insulating residues that cause welding arc instability.
4. Die Angle Optimization for Difficult Alloys
For stainless steel drawing with SS-1000, utilize tighter die reduction angles (8° to 10°) and ensure continuous water cooling across both die jacket and internal capstans to control intense frictional deformation heat.
Request a 25kg Mill Trial Bag for Machine Testing
Validate lubricant pickup, die temperature moderation, and wire surface finish directly on your plant drawing blocks. Provide your wire grade, operating speed, and mill city for instant dispatch.
Frequently Asked Questions
help_outline Why is SS-1000 required for drawing stainless steel instead of general MS wire drawing powder?
Stainless steel work-hardens rapidly and has poor natural heat conductivity, creating extreme contact friction inside the die. Standard MS powders melt too early and break down, causing severe die galling. SS-1000 delivers extreme-temperature film stability and prevents metal pickup on tungsten carbide or PCD dies.
help_outline What is the role of graphite in the 85 Black specialty drawing compound?
In mechanical descaling plants where acid pickling is bypassed, abrasive iron scale remains on the rod surface. 85 Black incorporates fine colloidal graphite that functions as a solid-state physical cushion, preventing abrasive wear on tungsten carbide dies.
help_outline Can these specialty compounds be washed off easily before bright annealing or plating?
Yes. SS-1000 is formulated with soluble sodium soaps that rinse cleanly in warm water or mild degreasers. MIG wire compounds leave minimal ash that does not impede chemical copper coating.
help_outline How can our plant obtain a 25kg Mill Trial Bag for machine testing?
Directly message our Ghaziabad sales desk via WhatsApp (+91-9999818908) with your wire alloy grade (e.g. SS 304, descaled low carbon, or MIG), machine type, and target line speed to dispatch a 25kg trial bag.