27:34
Torlon
01:55
TriStar-Quadrant Introduction
07:08
Which Rulon do I Use?
07:11
Plastic Bearings for Abrasive Environments
05:39
Plane Bearings for Wet Environments
07:34
Extreme Polymers for Extreme Applications
07:41
Surface Finish of Materials
04:47
Thermal Expansion in Bearing Design
07:03
Which Process do I use - Injection Molding or Machining?
02:59
Bonding Plastics
05:24
Which TriStar material is best for bearings on construction equipment?
04:23
Which material can replace a ball bearing in a marine environment?
05:09
What is the TriStar Advantage?
04:15
What is the difference between vacuum plasma and corona etching?
05:03
What does PV really mean?
04:31
What do we need to be alert to in semiconductor bearing design?
03:55
What are replacement options for pillow block rolling element bearings?
06:00
Do you make a non-corrosive bearing for marine exposure?
05:16
Surface finish and plastic plane bearing design
03:07
Thermal expansion and contraction of plastics
04:27
Bearing materials for a salt water application
03:35
Measuring surface tension
03:44
Machining UHMW - Techniques and guidelines
05:17
Is there a single bearing material that can be used everywhere?
04:20
How to improve seal life through material selection and design
03:17
How do I determine which Rulon I have?
04:36
How to bond silicone rubber to aluminum using Surface Modification
08:36
How to bond Rulon 142 for the machine tool industry
02:27
How do you detack silicone?
04:23
How do self-lubricating bearings work?
04:53
High-load bearing applications and material selection
03:07
Food-grade bearing for mixing application
03:32
Post-treatment of medical-grade plastics
05:12
Decoding Rulon - the questions to ask
04:09
Can you treat insulating foam to become more efficient?
04:24
Can Plasma be used to improve glass coatings?
05:08
Which material to choose for high-temperature aerospace seals?
05:47
Review of high-performance materials from TriStar Plastics
05:33
What is PV for plane bearings?
06:53
Self-lubricating bearings from Tristar Plastics
06:36
Review of medical-grade plastics
10:37
How to bond Rulon 142 - a demonstration
04:12
Fabricating Plastic Parts. Video from Tristar Plastics
05:35
Coefficient of friction for plastic plane bearings. Video from Tristar Plastics
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About
TriStar Plastics Corp. provides engineering, custom fabrication and manufacturing of high-performance plastics and self-lubricating bearing materials, such as CJ Composite Bearings, Ultracomp and Rulon. Capabilities include component design, material selection, prototype, production and manufacturing.
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