When engineering high-performance parts, you need materials that can withstand processing. One plastic that exceeds those expectations is Rulon®. Many professionals rely on this material for applications that require precision and durability. Read on to discover what makes Rulon® the best choice for high-performance parts.
Rulon® Can Withstand Abrasions
Abrasion resistance is critical for components exposed to consistent mechanical wear. Rulon® plastic handles this stress without compromising its structural integrity. The plastic maintains its strength and functionality, even after prolonged use, so manufacturers depend on Rulon® when mechanical stress is expected.
Its Friction Coefficient Is Low
Another attribute that makes Rulon® the best choice for high-performance parts is its low friction coefficient. This characteristic enhances equipment performance by preventing excessive heat generation or material degradation due to friction. The material’s ability to maintain low friction in demanding conditions makes it ideal for bearings and seals.
It Is a Lightweight Plastic
Another advantage of Rulon® is that it is lightweight, which enhances its versatility. It can minimize the overall mass of mechanical systems, leading to improved energy efficiency and better handling. This combination of lightness and resilience makes it especially useful in the aerospace sector, where engineers strive to maintain performance while lowering the weight of components.
It Withstands Extreme Temperatures
Professionals in industries with challenging material limitations often operate under extreme temperature conditions. Rulon®’s unique composition allows it to function effectively in high and low temperatures without breaking down.
It can withstand lows as cold as -400 degrees Fahrenheit and highs of more than 500 degrees Fahrenheit! This resilience ensures consistent performance, no matter what thermal challenges the material encounters.
It Can Endure Strong Chemicals
Rulon® also has great chemical resistance. This plastic is crucial for creating components that will experience exposure to corrosive substances. For example, Rulon® can resist many acids, which minimizes the risk of failure caused by exposure, further reinforcing its reliability.
Strengthen Your Components With Rulon® From Plastic Machining Inc.
These attributes illustrate why many engineers have turned to Rulon®. You can take advantage of them, too, by contacting Plastic Machining Inc. today. We will provide you with the components you need for your project.
