Aerospace | Q-COOL 355D
Q-COOL 355D exceeded expectations by quadrupling the runtime per tap on titanium parts, eliminating scrap, reducing usage rates, and improving surface finishes.
This premier manufacturer of energetic components and complex integrated systems supports the defense, space, and commercial markets. Their state-of-the-art facility has over 110,000 square feet for engineering and analysis, prototype development, testing, qualification and production.
They were running a leading competitor’s clear, full synthetic product with deionized water (DI), and having tapping issues – oversized threads, poor thread quality, chip buildup, trouble holding tolerances, and tap breakage. All these issues resulted in bad parts and increased scrap rates. In addition to experiencing higher usage rates, they noticed heavy residues and deterioration of the paint and seals on the machines.
They contacted the local QualiChem distributor for help. The distributor recommended Q-COOL 355D, which increased tool life, improved surface finishes, reduced usage rates, and eliminated all scrap. The manufacturer was also able to save up to $500 per drum.
Neutral pH Heavy Duty Synthetic
Q-COOL 355D is an oil-rejecting water clear coolant that provides excellent in-process corrosion protection for parts and machine tools. It has a neutral pH to prevent staining on sensitive aluminum and aerospace alloys. It runs clean, has excellent bioresistance, and is non-foaming. This product has state-of-the-art additive technology to improve tool life and part quality in severe machining operations.
Process and Equipment
Machines: Matsuura 5-Axis Vertical Machining Center
Materials: Aluminum (6061 & 6065-T6) and titanium (6Al-4V)
Competitor Products: A clear, full synthetic
Operations: Milling, drilling, tapping, and profiling
Gas Generators and Space Flight Qualified Parachute Mortars
This manufacturer designed, tested and built the Forward Bay Cover Deployment Thruster utilized on NASA’s Orion spacecraft.
Running Q-COOL 355D, this manufacturer realized these benefits:
- Increased runtime per tap on titanium parts
by more than 300%
- Increased runtime per end mill on titanium
parts by 50%
- Improved surface finishes
- Reduced usage rates
- Zero scrap rate
- Cost savings up to $500 per drum