Flexible Foams – UrePac® Flex • Tates Coating Services

Flexible Foams – UrePac® Flex

UrePac® Flex foams are versatile polymers found in a variety of everyday products. From the Automotive to Furniture industries, these systems provide durable solutions for comfort, aesthetics, packaging and sound reduction.

Why Flexible Foams?

Flexible foams are in a wide variety of products due to their unique properties and range of densities. These include mattresses, pillows, flexible filter gaskets, head rests, sound absorption and shoe soles. Integral skins are a special type of flexible foam which forms a tough elastomeric membrane surrounding a low density foam core.

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TypicalApplications

Steering wheels

Spa head rests

Automotive dashboards

EXCELLENT

Insulation Values

EFFICIENT

Energy

HIGH STRENGTH TO

Weight Properties

Types of Flexible Foams

This product list is a typical example of the flexible foams supplied in these applications. If you require any polyurethane systems not listed please contact our specialists to discuss your requirements further.

UrePac® Flex

Product Code	Cream Time (s)	Free Rise Density (kg/m3)	TDS	SDS(GHS)	Description	Features
UrePac Flex 12 50	13 ± 1	52 ± 3	UrePac Flex 12 50	SDS Urepac Flex 12 50 Polyol	UrePac® Flex 12 50 is a two component, polyurethane flexible foam comprising of a polyether polyol and MDI based isocyanate. The system has been developed to produce a cold cure resilient foam with a latex like feel for products such as moulded office furniture cushions. The foam is water blown with no auxiliary blowing agents. The moulded foam hardness can be varied by altering the polyol to isocyanate mix ratio and foam density.	Latex Feel Highly Resilient Variable Hardness
UrePac Flex 30 100	28 ± 3	105 ± 10	UrePac Flex 30 100	SDS Urepac Flex 30 100 Polyol	UrePac® Flex 30 100 is a two component, polyurethane integral skin foam comprising of a polyether polyol and MDI based isocyanate. The system has been developed to produce a cold cure high resilience foam with a thick elastomeric skin.	Zero ODP Excellent Skin Definition Variable Hardness
UrePac Flex 60 130	55 ± 5	130 ± 10	UrePac Flex 60 130	SDS Urepac Flex 60 130 Polyol	UrePac® Flex 60 130 is a two component, polyurethane integral skin foam comprising of a polyether polyol and MDI based isocyanate. The system has been developed with a long cream time for hand mix applications, and will produce a cold cure high resilience foam with a thick elastomeric skin.	Zero ODP Excellent Skin Definition Suitable for hand mix
UrePac Flex 22 390	22 ± 3	390 ± 20	UrePac Flex 22 390	SDS Urepac Flex 22 390 Polyol	UrePac® Flex 22 390 is a two component, polyurethane integral skin foam comprising of a polyether polyol and MDI based isocyanate. The system has been developed to be RIM moulded, and will produce a high resilience foam with a tough elastomeric skin for applications such as automotive bumper bars.	100% Water Blown Excellent Skin Definition Excellent physical properties
UrePac Flex 16 50	15 ± 2	50 ± 2	UrePac Flex 16 50	SDS Urepac Flex 16 50 Polyol	UrePac® Flex 16 50 is a two component flexible foam system based on polyether polyol and MDI. The system has been developed to produce a cold cure, low resilience memory foam. The foam is water-blown and contains no auxiliary blowing agents. The moulded foam hardness can be varied by varying the polyol : MDI mix ratio and foam density.
Urepac Flex 30 200	30 ± 3	200 ± 30	Urepac Flex 30 200	SDS Urepac Flex 30 200	UrePac® Flex 30 200 is a two component, polyurethane integral skin foam comprising of a polyether polyol and MDI based isocyanate. The system has been developed to produce a cold cure tough foam with a thick elastomeric skin.	Zero ODP Excellent Skin Definition Semi Rigid