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The material selection platform
Polymer Additives
The material selection platform
Polymer Additives
by SpecialChem
 
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Products Compatible with DBP (Di-Butyl Phthalate)

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.

Armoslip®

Polymers additives supplied by PMC Group

13 products match your search
Product Name
Supplier
Description
HSP Distance: 3.1
Armoslip® E Beads by PMC Group is vegetable based (rapeseed oil) erucamide. Acts as antiblocking and slip additive. Possesses lower volatility and better high temperature stability than oleamide... view more
HSP Distance: 3.1
Armoslip® E Powder by PMC Group is an erucamide with a vegetable base (rapeseed oil). It functions as a slip- and block-removal additive. Compared to oleamide, it is less volatile and has greater high... view more
HSP Distance: 3.1
Vegetable-based(rapseed oil)based eurcamide. Acts as slip and antiblocking additive. Improves processing behavior and end-performance by reducing friction and adhesion forces between polymer and... view more
HSP Distance: 3.1
Vegetable-based(rapseed oil)based eurcamide. Acts as slip and antiblocking additive. Improves processing behavior and end-performance by reducing friction and adhesion forces between polymer and... view more
HSP Distance: 3.2
Armoslip® CP Beads by PMC Group is oleamide. Acts as antiblocking and slip additive. Improves processing behavior and end-performance by reducing friction and adhesion forces between polymer and... view more
HSP Distance: 3.2
Armoslip® CP Powder by PMC Group is oleamide-based slip and antiblocking grade. It offers low color, high purity and very low water compared to other oleamides. It improves processing behavior and... view more
HSP Distance: 3.2
Oleamide. Acts as antiblocking and slip additive. Improves processing behavior and end performance by reducing friction and adhesion forces between polymer and processing equipment and polymer to... view more
HSP Distance: 3.2
Oleamide. Used as antiblocking and slip additive. Improves processing behavior and end-performance by reducing friction and adhesion forces between polymer and processing equipment and polymer to... view more
HSP Distance: 3.2
Armoslip® CPV Beads by PMC Group is vegetable oil based oleamide. Acts as slip and antiblocking additive. It improves processing behavior and end performance by reducing friction and adhesion forces... view more
HSP Distance: 3.4
Stearamide. Used as antiblocking agent. Imparts very good antiblocking properties in polyolefins, PVC and polyvinylidene chloride resins. May also be used in ethylene vinyl acetate copolymers (EVA)... view more
HSP Distance: 3.4
Refined tallow-based stearamide. Acts as antiblocking and slip additive. Possesses high thermal and oxidative stability. Reduces friction and adhesion forces between polymer and processing equipment... view more
HSP Distance: 3.4
Armoslip® HT Powder by PMC Group is refined tallow-based stearamide. Acts as anti-blocking and slip additive. Possesses high thermal and oxidative stability. Reduces friction and adhesion forces... view more
HSP Distance: 3.5
Behenamide. Acts as antiblocking and slip additive. Offers high thermal and oxidative stability. Provides very good antiblocking performance. Improves processing behavior and end performance by... view more
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