Lanotec Anti Spatter
Lanotec Anti Spatter is a high-performance, lanolin-based barrier spray designed to prevent hot metal spatter from sticking to surfaces during welding. It is an environmentally friendly alternative to traditional petrochemical sprays, offering long-lasting protection against buildup, resistance to toxic exposure (containing no methylene chloride), and safety on tools and protective gear.
Key Features and Benefits
- Superior Spatter Protection: Creates a resilient barrier that prevents weld spatter adhesion on metals and equipment.
- High-Performance Lubricant: Functions efficiently as a drilling, tapping, cutting, and pressing aid to reduce friction.
- Porosity-Free Welds: Allows operators to weld directly through any overspray without creating structural weld porosity.
- Natural & Safe: Contains no silicone or methylene chloride, making it non-toxic and safer for workshops.
- Versatile Maintenance: Extends the working life of welding nozzles, contact tips, shrouds, and machinery.
🟩 Global GreenTag Platinum PHD Certified - their highest product health rating
Common Uses
- Workshop Fabrication: Protecting welding beds, robotic stations, clamps, jigs, and spot welders.
- Torch Maintenance: Preventing spatter accumulation inside gas shrouds and contact tips.
- Post-Process Safety: Leaves zero residue affecting subsequent hot-dip galvanising or metal painting processes.
- Protection: Conditioning and preserving leather welding gloves and workshop aprons.
• Reduces welding cleanup and scraping time
• Helps protect nozzles, PPE and tools from spatter buildup
• Extends the life of welding equipment and consumables
• Provides light lubrication and corrosion protection
• Contains no methylene chloride (unlike many traditional anti-spatter sprays)
• Far safer for workers and workshop environments
• Non-staining and gentle on most surfaces
• Saves time and effort on every job
💡Most anti-spatter sprays rely on methylene chloride and other harsh chlorinated solvents. LANOTEC delivers professional performance without the toxic exposure.
