1. Multi Applications.

FlexOfom® features a semi-rigid structure with a sponginess texture. The foam, with its remarkable low density, low thermal conductivity, low water absorption, good buoyancy, superior wet strength, special tear strength and good colour printing feature has found wide applications in thermal insulation, packaging, engineering, agriculture, garments, baggage, sport gear, footwear and toys.

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2. Industrial Gasket and Cushion Material.

With different density, FlexOfom® has good compressive strength.

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3. Cooling Engineering.

FlexOfom® low density polyethylene foam is a flexible material that is easy to use and is cost effective for thermal insulation. A thermal insulation material prevents the transfer of heat primarily by conduction. The foam has a very fine closed cell structure. Thus, the heat transfer from one side of the foam surface to the other side is reduced.

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4. Engineering Construction.

FlexOfom® is purposely developed for engineering construction based on low desity polyethylene foam. FlexOfom® is a tough, flexible, durable, very light closed cell foam material with excellent shock-absorbing and heat resistant properties. In addition, it it water-expellant, weather-proof and highly resistant to many chemicals. Arising from its unusual combination of physical properties and characteristics, Engineers and Constructors find FlexOfom® meeting their requirements in performance, flexibility, durability and economic criteria for many of their engineering applications. It can be made flame retardant, if necessary, and can be thermoformed into different shapes.

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4a. Joint Sealant Filler / Backup Material for Buildings.

The joints in the walls or roof of a building are important in the performance of the building. Joints should not be regarded as convenient gaps for the contractor to accommodate tolerances, or as unfortunate necessities to be made as small as possible and shamefully tucked away out of sight. The joint is a vital part of the building and needs to be designed, constructed and sealed in a professional manner so that it can perform its function throughout the life of the building.

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5. Conductive Foam for Electronic Industry.

The Integrated Circuit (IC) in the electronic industry is usually exposed to static charging by friction with vibration during transit as well as handling process. FlexOfom® conductive Polyethylene foam will reduce the damage to the IC arising from the static electricity. The conductive foam will short-circuit the terminals of the IC to reduce the electro-potential. Furthermore, the foam’s semi-rigid structure with a sponginess texture will act as a protective cushion material to keep the IC from any kind of unexpected vibration or shock.

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6. Thermoforming.

FlexOfom® features a semi-rigid structure with sponginess texture. The foam, with its remarkable low density, low thermal conductivity, low water absorption, good buoyancy, superior wet strength, special tear strength and good colour printing feature, has found wide applications in thermal insulation, packaging, automotives, engineering, agriculture, garments, baggage, sport gears, footwear and toys.

In many of the above applications, the foam is required to be formed into different shapes, as illustrated below. The process of obtaining the different shapes on FlexOfom® is a simple process called THERMOFORMING, which is essentially heating the foam and placing it into a chilled mould under pressure. With thermoforming, FlexOfom® has increased its scope of applications, tremendously, especially in the field of automotives, engineering, packaging and sport gears. The finished products will be more rigid and less spongy than the original foam.

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7. Shoe Soles and Components.

Backed by more than 30 years’ experience and reputation in the manufacture and export of shoe soling materials, we have a wide range of products to cater for shoe manufacturers. Our Research & Development has done much product development to come up with product innovations to satisfy many customers’ needs, in addition to developing modern manufacturing techniques to maintain excellent product quality.

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