7 DISTINCT WIRE DRAWING PRODUCT CATEGORIES
Manufactured at Ghaziabad. Low Carbon, Fine Wire, High Speed, Wet Paste, High Carbon, Stainless Steel, and Copper wire drawing lubricants.
Over 30 Years of Heavy Industrial Lubricant Manufacturing
50 KG Moisture-Barrier HDPE Bags with Inner Liners
Low Carbon Wire Drawing Lubricants
For mild steel (MS), construction binding wire, electrode wire, and cycle spoke wire. High boundary lubricity and high thermal resistance to endure severe frictional heat during rod breakdown and continuous drafting.
Fine Wire Drawing Powders
For multi-pass drawing benches producing intermediate wire, galvanized (G.I.) wire, stitching wire, and wire mesh.
High Speed Wire Drawing Powders
High-speed continuous multi-die wire drawing machines demand immediate die-box replenishment and rapid heat dissipation. Formulated specifically to eliminate thermal charring, die fouling, and wire breakage at high line velocities.
Wet Wire Drawing Paste (DRAFIL)
Water-dispersible synthetic drawing paste supplied in 200 KG industrial drums. Formulated for submerged and circulating wet drawing systems processing galvanized wire, high carbon fine wire, and mild steel wire.
Forms a stable cooling emulsion with boundary pressure additives, flushes metal fines from die cones, and ensures zero scratching on finished wet-drawn wire.
High Carbon Wire Drawing Powders
High carbon drawing generates extreme die temperatures and massive pressures. Our HC series uses high-purity sodium stearate with high melting points to prevent boundary film rupture during spring wire, rope wire, and tyre bead wire production.
Stainless Steel Wire Drawing Powders
Stainless steels (SS 304, 316, 202) work-harden rapidly and generate aggressive friction. Our SS-1000 provides extreme-pressure film strength to prevent galling, metal pickup, and die breakage.
Copper Wire Drawing Lubricants & Oils
Specialized non-ferrous formulations for electrolytic copper rod breakdown (8.0mm down to 1.2mm) and fine copper wire drawing. Non-staining and clean-burn annealing compatibility.