Contact Us
•Technical Support
•Directions to TMI
•List of Offices
•Info Request
•Request a Quote
•Ask Our Experts
•Feedback Form

For More Information

Please fill out the form below and a TMI representative will contact you with the information you've requested.

Contact Information

Your Name:
Title/Position:
Company:
E-Mail:
Phone:
Fax:
Address:
City:
State:
Country:
Zip:

Select any items you'd like further information about:
 

Brochures

	1. Engineered Metal System Solutions
	2. Reel to Reel Electroplating
	3. A Guide to TMI Clad Metals
	4. Electron Beam Welded Dual Metal
	5. Highly Reliable Aluminum Clad Lead Frame Materials
	6. Designing with TMI Multigauge Metal Strip
	7. Design Aid for Solder Clads

 

Technical Papers

	1. Metal-to-Metal Cladding
	2. A Comparison of Precious Metal Contact Materials
	3. Diffused Gold R156 - A New Inlay Contact Material for Bell System Connector
	4. Clad Metal Material Systems Provide Solutions for Automotive Under-Hood Connector Applications
	5. A Low Cost, High Reliability Contact Finish for Automotive Applications
	6. Wrought Clad Inlay Palladium-Nickel Contact Material Systems for Dry Circuit Applications
	7. A Comparison of Electroplated Gold Flash Palladium-Nickel and Wrought, Clad Inlay WE#1 Capped Palladium-Silver
	8. The Influence of Manufacturing Technology on the Effectiveness of Nickel Diffusion Barriers for High Temperature Dry Circuit Applications
	9. The Effect of Test Environment on the Creep of Base Metal Surface Films Over Precious Metal Inlays
	10. Interdiffusion Between Connector Contact Materials and Nickel Diffusion Barriers During Precipitation Hardening of High Performance Spring Materials
	11. Combating Corrosion in High Reliability Connectors
	12. A Statistical Comparison of a Clad Material and Gold Flashed Palladium-Nickel Under Various Fretting Conditions
	13. An Examination of the Metallic Bonding of a Clad Material and Two Gold Plating Systems under Constant Force Fretting Conditions
	14. A New Wrought Contact Alloy for High Temperature Applications
	15. The Influence of Coating Technology on the Mechanical Performance of Thin, High Performance Connector Springs
	16. Mass Diffusion in Polycrystalline Metal/Electroplated Gold Planar Couples
	17. Clad Aluminum Bond Surfaces on Lead-frames for Gold Fine Wire Bonding
	18. A comparison of a clad material (65Au21Pd14Ag) and an electroplated gold over palladium material system under fretting conditions at elevated temperatures
	19. Sliding Wear Experiments On Clad Gold-Nickel Material Systems Lubricated With a 6-Ring Polyphenyl Ether
	20. Preliminary Report on the Properties of Thin Au Alloy Connector Contact Materials for Telecom Applications
	21. Wear Properties of Commercially Processed Thin Gold Alloy Connector Contact Materials
	22. Comparison of Coefficient of Friction and Contact Resistance During Sliding Wear on Clad Gold-Nickel Surfaces
	23. The Influence of Surface Defect Size on the Wire Bond Pull Strength for Automotive Lead Frame Materials
	24. Correlation of Changes in Coefficient of Friction and Contact Failure During Sliding Wear Experiments
	25. The Influence of Stamping Die Design on the Selectivity of Electroplated Coatings on Connector Contact Surfaces
	26. Technical Overview of Silver as a Candidate Contact Material for Automotive Connectors
	27. An Evaluation of Aluminum Wire Bondable Surfaces for Automotive Lead Frame Applications
	28. On The Upper Temperature Limit for Tin Connector Contact Surfaces
	29. Development and Application of Connector Contact Material Systems for Elevated Temperature Exposure.

 

Markets and Applications

Telecom
	Backplane Connector
	Battery Connector
	Shielding Material
Computer
	Edgecard Connector
	PCMCIA Connector
	Smart-Card Connector
Automotive
	High-Temperature Automotive Connector
	Wire Bond Hybrid Module
	Door Switch
	Rear Window Defogger Clip
Appliance
	Switches
Medical
	Electronic Device for Wheelchair
Aircraft
	High-Reliability Connector
Fuel Cells
	Fuel Cells and Heat Management

 

 
                  
 

TMI 5 Wellington Rd. Lincoln, RI 02865 Phone: 401-333-1700 Fax: 401-333-2848