Polyurethane 95a durometer solid rods are specialist materials used widely in machining applications to provide a durable, valuable solution for many manufacturing lines. Made from premium-quality polyurethane materials, Polyurethane 95a durometer solid rods are cylindrical in shape and come in varying thicknesses, depending on the specific requirements of your project.

There are numerous features that make Polyurethane 95a durometer solid rods highly effective. However, some of the most common features include versatility (Polyurethane 95a durometer solid rods often come in variable shore hardness levels between 40 and 90°A). Furthermore, Polyurethane 95a durometer solid rods can come in several colors, offer excellent resistance to many chemicals, and are ideal for heavy-duty applications thanks to their superior durability compared to traditional materials, such as rubber. Finally, they are also highly stable in extremes of temperature, making them easy to apply in many scenarios and environments.

Please don’t hesitate to reach out to our experts today to learn more about the value that Polyurethane 95a durometer solid rods could bring for your project. We’re here to help you find the optimal manufacturing solutions for your requirements!

Specifications

Material	Polyurethane(PU)/Urethane
Specification	Φ8 – Φ450mm
Length	300mm, 500mm, 1000mm
Hardness	Shore 45-98A
Density	1.15-1.2g/cm3
Color	Natural, Red, Blue, Yellow, Black, Tea, Transparent, ect.
Operation Temperature	-35°C – +80°C, it can reach 100°C in short time.
Application	Polyurethane 95a durometer solid rod is suitable for friction in metallurgy, mining, petroleum, automobile, building materials, sports, general machinery and equipment, heavy machinery, shock-absorbing plate, blanking, stamping, sheet metal calibration and the field of high strength and service life, play a part of buffer or shock absorption.
Feature	Polyurethane 95a durometer solid rod is oil-resistant, aging-resistant, corrosion-resistant, high wear-resistant, anti-torsion, high elasticity, strong vibration absorption, etc. It is more resistant to long-term impact than metal springs, and it does not hurt metal molds, also easy to load and unload. It is an ideal punching mold pad.