Harboro Rubber homeFlash Version
About Harboro Rubber
Engineering in Rubber
     Contents
     Introduction
     Uses of Rubber
         Value of Rubber
         Wide Range of Properties
         Hostile Environments
         Weather Resistance
         Extremes of Temperature
         Hardness and Softness
         Elasticity
         Electrical Properties
         Resilience and Energy Control
     Processing Rubber
     Designing With Rubber
     Selecting / Specifying Rubber
     Quality In Rubber
     Rubber Directory
     Health & Safety
     Measuring Properties
     Glossary of Terms
     Request A Copy
Contact Information

 
Wide Range of Properties

 
Here are a few of the reasons why designers choose rubber:

It can be used over a temperature range from -80°C
to +300°C
It is available in a wide range of colours
It can be electrically insulating, conductive or
anti-static
It can withstand extremes of weather and outdoor
environments indefinitely
It can withstand exposure to fuels, oils and chemicals
while retaining its properties
It can be made flame retardant and self
extinguishing, with halogen free and smoke
suppressant types available
It can maintain tension and compression forces
indefinitely - for example in seals
It is conformable, adaptable and can accommodate
movement, shock, thermal changes tolerances and
roughness
It can absorb vibration and noise and act as an
insulator
It can be gas tight and used as a fluid seal or
separator
It has low thermal conductivity and can be used to
reduce heat transfer
It has friction properties similar to human skin and is
comfortable to grip
It can have a clean, smooth surface which is non-
stick and suitable for hygienic applications
It is compatible with other engineering materials
(e.g. metals, plastics and ceramics) and can be
combined with them in many different ways,
including bonding.