REAXIS® T-60

REAXIS® T-60, Potassium Stannate Solution, is a liquid specifically formulated for the replenishment of tin in immersion plating baths for deposition of tin on aluminum automotive pistons. The formulation contains high grade potassium stannate as well as a high performance additive for control sludge formation, bath pH, adhesion and deposit brightness.
Typical Specifications
Tin Content (g/l)195 - 210
pH (15% by Vol. Solution)
Product Characteristics
Physical stateliquid
Chemical typestannate
Appearanceclear colorless to light yellow

Standard Packaging

  • 5 gal plastic jerrican, 58 lbs.
  • 55 gal plastic drum, 640 lbs.

Storage Conditions

REAXIS® T-60 should be stored in the original packaging. The container should be closed tightly after each use to maximize shelf life.

You can request a sample here, or contact us

Reaxis Inc.
941 Robinson Highway
McDonald, PA 15057
Ph: 800-426-7273 Fax: 724-796-3160
Sales Email: sales@reaxis.com
Tech Email: techservice@reaxis.com
Web: www.reaxis.com

This information is provided to the best of our knowledge but without obligation. Reaxis is not liable for any incorrect or missing information. This data sheet becomes invalid upon publication of a new version. Please contact us for the latest version.

Date Retrieved: 20th June 2018 03:24:59 PM
 

We accomplish these objectives with our commitment to the following principles:

  • Compliance
  • Monitoring
  • Waste minimization
  • Pollution prevention
  • Product stewardship
  • Employee and community education
  • Partnerships with stakeholders and public

Reaxis Inc. is proud to announce that both the McDonald and UPARC sites have achieved certification in both ISO 14001 and ISO 9001.

We are very proud of the work our employees at Reaxis Inc. have put in to achieve these certifications. The McDonald site has been ISO certified since 1997, while UPARC has just achieved their first certification in 2018.

We believe that Environment, Health, Safety, Security, Responsible Care and sound Business Management are mutually achievable objectives.