Our Featured Product
Tri-Star Glove introduces the TSG-3150-1-SBD, a high heat protection glove with black silicone dots.

The TSG-3150-1-SBD glove is a 7 gauge glove testing at the highest ANSI heat level. Silicone dots add even more heat protection and excellent grip.
ASTM F2992M-15 
Cut Level A3
Based on third-party testing
ASTM F1060-08 
ANSI Heat Level 5
Based on third-party testing

Introducing Molten Metal Splash PPE

Tri-Star Glove introduces primary and secondary layer garments for molten metal splash protection.

The secondary layer shirt and pants are constructed with fabric that will not support a flame. The fabric will not melt or drip. The shirts and pants are lightweight, comfortable, and inherently flame resistant. 

Primary layer aluminized garments include spats, chaps, aprons, jackets and lab coats. With design innovation and experience, we can work with you to create a solution for a solid PPE program.

Our Mission

Tri-Star Glove offers safety value by delivering domestically produced, high quality, hand and body protection in a timely manner.
For maximum performance in cut and abrasion resistance,
​Tri-Star Glove chooses virgin, non-recycled Aramid. 
Tri-Star Glove has partnered with valued suppliers that declare no recycled fibers are used in yarns and fabrics for our PPE.
​​​Tri-Star Glove proudly manufactures 100% of our products in Indiana.
Photo credit: TNS and Pavel Pavlov
We are problem solvers.

We identify threats, develop countermeasures, and deliver high quality knit gloves and protective apparel efficiently.

Trust in us to do what we do best for you! 
When trusting in your PPE as a last defense to keep you safe on the job, can you be sure the very best went into manufacturing those products? From fiber, to yarn, to fabric, Tri-Star Glove takes pride in using the very best materials in our gloves, garments, and other products.

While the world moves toward being a little more green and embracing recycled products, recycling Aramid fibers can actually diminish their performance! Recycling Aramid involves chopping and blending fibers. As a rule, the longer the fibers during the spinning process, the stronger they will be.