At the forefront of dipping technology

General properties

In general, the material you require depends on the properties you need. (Synthetic) rubber or Thermoplastic Elastomers (TPE's) have both their specific properties.

 

Resistance 
When resistance against UV and Ozone influence is of importance (use of material outside during longer periods), properties of the material can be adapted. Extreme heat or cold? Chemicals? Dutch Dipping can offer any specific resistance on customer demand. 

Colour

TPE's are easy to colour: fluorescent, metallic and pearl effect, glow in the dark. 

Elastic Cords and Yarns

We supply elastic cord and yarn in any diameter or material, UV and Ozone resistant or covered with cotton or polyester.

SEBS cord  : 0,25 mm till  15 mm
All colours
Medical

SEBS Covered Yarn /elastic
0,8 t/m 6mm
SEBS cord covered with: cotton , polyester  polyprop etcetera   

New developments

No matter how many kilometres of sheet and yarn are produced with us, every new development start with small quantities. Your new development can be produced on our lab equipment. We have performed various consultancy projects for companies in order to support their choice for elastic materials.

Elastic sheets

Cutting and slitting

We have extensive knowledge in cutting elastic materials to any size or product you need.

Welding

TPE sheet can be easily welded, also to PE or PP material. This avoids the use of glue or tape.

What's the difference between rubber and thermoplastics?

For Thermoplastic Elastomers (TPE's), the so-called styrene block copolymers are used, also referred to by the term TPE-S. This is an exceptional basic starting material because a molecule of block copolymers combines the properties of a thermoplastic with those of rubber. This produces a unique type of polymer in which two hard, rigid end-blocks are connected with each other by flexible, elastic mid-block.  

This process is also referred to as physical cross-linking. In contrast to chemical cross-linking in the case of vulcanisable rubbers, this process is reversible. When the material is heated to above the Tg of the polystyrene, the domains will soften; at this point, the material can be thermoplastically processed by means of injection moulding, or extrusion, for example. As soon as the temperature returns to below the Tg of the polystyrene, the phase division also returns and the network described above is recreated. 

We produces and sells extruded elastic material. Whether you need a rubber or a thermoplastic, we can supply you with the required material. Years of experience in elastic materials give you the material you need.

SBS AND SEBS

The end-blocks are polystyrene, which provides the thermoplastic properties of rigidity and flow behaviour. For the elastic mid-block which represents the rubber properties, there are various possibilities but polybutadiene or polyethylene/ butylene are mainly used for this. The material produced in this way is known by the names SBS and SEBS.

 

 


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