Metal Forging

Benefits:

• Excellent for hot forging, high die temperatures – Wets dies up to >350°C (662°F)
• Contains water-soluble organic salts for lubrication instead of graphite, resulting in a cleaner plant environment and less plugging of spray nozzles.
• Good film formation at high temperatures provides effective release and lubrication at high die temperatures
• Stable in concentrated and diluted form. No separation or settling results in consistent forging performance.

Benefits:  

• Water-based die lubricant
• Excellent for hot forging – Wets dies up to 371°C (700°F)
• Graphite provides high lubricity for extreme metal movement in extrude type operations.
• Low viscosity ensures easy handling.
• No buildup in die cavity
• Improved part quality and increased die life
• Good film formation at high temperatures provides effective release and lubrication at high die temperatures.
• Stable in concentrated and diluted form. 

Benefits:

• Excellent for thermal stability – Effective die lubricant for extreme die temperatures exceeding 800°F (427°C)
• Oxidation resistant – Protects up to 1600°F (871°C) when used as a billet coating.
• Fine graphite provides high lubricity.
• Excellent release for high metal movement
• Improved part quality with reduced scrap and rework
• Water-based die lubricant is smokeless and non-flammable.
• Increased die life and lower die cost per forging

Benefits:

• Eliminates galling, seizing, stick-slip and press-fit distortion.
• Lubricates effectively up to 900°F (482°C)
• Stable colloidal suspension of graphite. Extreme pressure and low friction graphite particles provide superior lubrication and wear resistance. This can extend the equipment’s life and reduce maintenance costs.

Benefits:

• Smoke Free
• Graphite provides high lubricity for extreme metal movement in extrude type operations.
• Low viscosity ensures easy handling.
• Reduced press downtime due to stickers.
• Improved part quality and increased die life
• Good film formation at high temperatures provides effective release and lubrication at high die temperature