Polyurethane is a unique material that offers toughness and durability that can be poured and moulded in a variety of different shapes and hardness’s.
Polyurethanes can be made rock hard or feather soft, can be close or open celled, high on abrasive strength and at the same time energy efficient.
The possibilities are infinite, and so are their applications.
Pascoe Industries specialises in cavity filling and insulation applications as well as general moulded parts.
Rigid polyurethane foam can have excellent thermal insulation properties. Rigid foams are a two-component system that is used to produce general purpose foams. The rigid foam range in free-rise density from 9kg/m3 to 400kg/m3 to suit a number of applications. This is a very versatile foam range used for insulation, buoyancy, structural support or void fill.
Flexible polyurethane foam can be extremely comfortable. This explains their extensive use in automotive and furniture industries. Flexible foam is a two-component system.
Flexible foam has good cell structure, good flow for easy processing, good compressive strength and high sound insulating properties.
Polyurethane is a unique material that offers the elasticity of rubber combined with the toughness and durability of metal.
Polyurethanes greatest properties are abrasion and tear resistance. Polyurethane has a high load-bearing capacity; it is an ideal material for mining screens, dust seals, cables, moulded supports, concrete plugs, rollers and many other applications.
Polyurethane Flexible & Integral skin Foams
At Pascoe Industries Pty Ltd we specialise in Cavity Filling & Insulation Applications.
Rigid Polyurethane foam also has excellent thermal insulation properties, used for insulating water heaters, cold display cabinets, refrigerators, etc.
Flexible foam & Integral Skin Foams can be cast in a variety of moulds to form your desired shape and size. It is also possible to produce widely varying foam hardness’s and a variety of densities.
Our Pas-foam range of polyurethane foams can be processed by either high or low pressure polyurethane dispensing machinery or they can be hand mixed which is applicable for pour in place applications.
Physical properties include:
- Good compresive strength,
- High insulation properties,
- Good cell structure,
- Good flow and
- Good reproduction