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Products Compatible with Unifoam AZ F

Based on HSP Distance

Products Compatibility & HSP Distance

Hansen Solubility Parameters (HSP) helps to predict the compatibility of ingredients.

It is based upon the “like seeks like” principle. It splits an ingredients interactions into three parameters :
- δD (Dispersion force interactions)
- δP (Polar forces interactions)
- δH (Hydrogen bond force interactions).

If ingredients have matching HSP’s (distance=0) then they will be completely compatible. If there is a small distance between them then they are predicted to have good but not perfect compatibility. As the HSP distance gets larger the ingredients will become more incompatible.

In general, ingredients having an HSP distance below 2 will have good compatibility. Between 2 and 4, you will have medium compatibility. Above 4, you will have limited to no compatibility.

Most HSP values used to calculate the distance are estimates. Information provided below is to be used as an indication of compatibility.
42 products match your search
Product Name
Supplier
Description
HPL Additives
Hsp Distance: 0.0
Azodicarbonamide. Acts as a blowing agent. It offers good dispersion behaviour. Specially designed for EVA compounds. Recommended for sandals and sleepers. Suitable for injection molding and... view more
HPL Additives
Hsp Distance: 0.0
Azodicarbonamide. Acts as a blowing agent. It offers good dispersion behaviour. Specially designed for EVA compounds. Recommended for sandals and sleepers. Suitable for injection molding and... view more
HPL Additives
Hsp Distance: 0.0
Azodicarbonamide. Acts as a blowing agent. It offers good dispersion behaviour. Specially designed for EVA compounds. Recommended for sandals and sleepers. Suitable for injection molding and... view more
HPL Additives
Hsp Distance: 0.0
Azodicarbonamide. Acts as a blowing agent. It does not generate steam on decomposition thereby limiting mold corrosion. It is self-nucleating and produces foams with fine uniform cell structure and... view more
HPL Additives
Hsp Distance: 0.0
Azodicarbonamide. Acts as a blowing agent. It is a free flowing powder providing minimum agglomeration. Offers excellent dispersion. It can be incorporated into rubber compounds at the end of the... view more
HPL Additives
Hsp Distance: 0.0
Azodicarbonamide. Acts as a blowing agent. It is a free flowing powder providing minimum agglomeration. Offers excellent dispersion. It can be incorporated into rubber compounds at the end of the... view more
Hangzhou Hi-Tech Fine Chemical
Hsp Distance: 0.0
Azodicarbonamide. Acts as a high temperature foaming agent. Is non-toxic and odorless. Has large quantity of gas volume, good dispersity in plastic and rubber. Particularly applicable for coating of... view more
Hangzhou Hi-Tech Fine Chemical
Hsp Distance: 0.0
Azodicarbonamide. Acts as a high temperature foaming agent. Is non-toxic and odorless. Has good dispersity in plastic and rubber. Can be applied in foaming process under room pressure or in... view more
Hangzhou Hi-Tech Fine Chemical
Hsp Distance: 0.0
Azodicarbonamide. Acts as a high temperature foaming agent. Has very good dispersion in the plastic. Is particularly applicable for hot-press small mold & big mold of PE as well as free style of... view more
Hangzhou Hi-Tech Fine Chemical
Hsp Distance: 0.0
Azodicarbonamide. Acts as a modified low decomposition temperature foaming agent. Offers good whiteness, good physical characters, smooth surface and fine regular cell structure. Particularly... view more
Otsuka Chemical
Hsp Distance: 0.0
Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more
Otsuka Chemical
Hsp Distance: 0.0
Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more
Otsuka Chemical
Hsp Distance: 0.0
Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more
Otsuka Chemical
Hsp Distance: 0.0
Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more
Otsuka Chemical
Hsp Distance: 0.0
Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more
Otsuka Chemical
Hsp Distance: 0.0
Exhibits high compatibility with synthetic resins and rubbers as well as remarkable dispersion properties. Decomposes at temperatures suited to processing synthetic resins and rubbers... view more
BASF Antioxidants
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