Model 44220 Tapmatic Fluid – 16 fl oz

The Model 44220 Tapmatic Fluid (16 fl oz) is a professional‑grade metalworking fluid engineered to improve tool life, cutting performance, and thread quality during tapping, drilling, and machining operations. Formulated for consistent lubrication and cooling, this fluid helps reduce friction, heat buildup, and tool wear in demanding shop and industrial environments.

Designed for use by machinists, fabricators, and maintenance professionals, Tapmatic Fluid enhances cutting efficiency while delivering clean, accurate results. Its balanced formulation supports smoother operation and improved surface finishes across a variety of metals, making it a trusted choice for precision work and everyday production tasks.

Key Features

• High‑performance cutting and tapping fluid
• Reduces friction and heat during metalworking operations
• Improves thread quality and surface finish
• Helps extend tool life and reduce breakage
• Supports smoother cutting action and improved control
• Suitable for both manual and machine operations
• Convenient 16 fl oz size for shop or portable use

Manufacturer Specifications

• Model Number: 44220
• Product Type: Tapping and Cutting Fluid
• Net Contents: 16 fl oz
• Application Method: Direct application to tool or work surface
• Function: Lubrication and cooling during machining operations
• Form: Liquid
• Intended Use: Metalworking and machining

Manufacturer‑Intended Applications

The Model 44220 Tapmatic Fluid is designed for use in a wide range of metalworking applications, including:

• Tapping internal and external threads
• Drilling and boring operations
• Reaming and threading
• Milling and light machining
• Production machining and job shop use
• Maintenance, repair, and fabrication tasks

Reliable Machining Performance

By reducing cutting resistance and controlling heat, Model 44220 helps machinists maintain precision while minimizing tool wear and downtime. Its dependable performance supports cleaner cuts, improved accuracy, and more efficient operations in both low‑volume and high‑use environments.