Rapidly remove tripoli, rouge, lime, diamond tripoli, and more from buffed components with this nonviscous BC buffing compound concentrate, a blend of non-ionic surfactants, detergents, and emulsifiers. In addition, this compound is a biodegradable, phosphate, and caustic-free cleaner for removing difficult buffing compounds.
Rapidly remove tripoli, rouge, lime, diamond tripoli, and more from buffed components with this nonviscous BC buffing compound concentrate, a blend of non-ionic surfactants, detergents, and emulsifiers. In addition, this compound is a biodegradable, phosphate, and caustic-free cleaner for removing difficult buffing compounds.
Safe to use with most metals without causing etching or discoloration, this BC buffing compound is suitable for jewelry, flatware, holloware, hardware, decorative accessories manufacturing, etc. In addition, this BC buffing compound rinses freely and quickly.
Application procedures
This BC solution is readily mixed with water in a concentration of 6 to 7% by volume and can be used in tabletop or industrial cleaning tanks at solution temperatures of up to 180°F (82°C). Operation at higher temperatures improves cleaning performance.
For optimum cleaning, this BC solution should be operated at recommended temperatures. Cleaning time is dictated by the quantity and nature of the soil. Operating this BC solution below the recommended concentrations, temperatures, or time will generally result in poor cleaner performance, characterized by cloudiness and water breaks. Operating this BC solution above the recommended parameters may lead to component metal attack or cause the surfactants to separate from the solution causing poor cleaning. It is imperative that the solution be allowed to "degas" at operating temperature for a minimum of 10 minutes prior to placing the parts into the cleaning solution. It is best if ultrasonic energy is applied during this time to enhance degassing. Thorough rinsing is suggested for removal of cleaning solution. As with any process involving water, drying should be considered as the final step.
Applications
| Chemical Composition | Blend of liquid, non-ionic alkaline surfactants, detergents, and emulsifiers |
| Recommended Dilutent | Water |
| Biodegradable | Yes |
| Phosphate Free | Yes |
| Normal Use | Concentration: 6 to 7% by volume Temperature: 70 to 180°F (22 to 82°C) |
| pH at Use Rinse Temperature | 6.4 |
| Rinsability | Good |
| Number of Pieces | Slight stain |
| Zinc | Attacks |
| Chemical Composition | Blend of liquid, non-ionic alkaline surfactants, detergents, and emulsifiers |
| Recommended Dilutent | Water |
| Biodegradable | Yes |
| Phosphate Free | Yes |
| Normal Use | Concentration: 6 to 7% by volume Temperature: 70 to 180°F (22 to 82°C) |
| pH at Use Rinse Temperature | 6.4 |
| Rinsability | Good |
| Number of Pieces | Slight stain |
| Zinc | Attacks |