Selections In yellow are most recommended and also have hyperlinks to Tech. Data

APPLICATIONS GUIDE: PLASTICS FEATURE & TECHNOLOGY

Features

Processing Aid

Blends

Compatibilzer

Tie-layer

Tensile
strength

All solid
pellet grades

PKFE

PKHH

PKHH
PKHJ

Tensile
modulus

PKHJ
PKFE

PKFE
PKHJ

PKHH

PKHJ
PKFE

Flexural
strength

PKHJ

PKFE

PKHH
PKFE

PKFE

Flexural
modulus

PKFE

PKFE

PKHH
PKHJ

PKHJ
PKFE

Impact
resistance

PKFE

PKFE
PKCP-80

PKHB
PKFE

PKHH

Pigment
wetting

All solid
pellet grades

PKFE

PKHH
PKFE

 

Clarity
and color

PKHH

PKHH

PKHH

PKHH

Vapor
barrier

All solid
pellet grades

PKFE

PKHH

PKFE
PKHH

APPLICATIONS GUIDE: PLASTICS CHEMISTRY TYPE & TECHNOLOGY

Chemestry

Processing Aid

Blends

Compatibilzer

Tie-layer

PBT/PET

PKHH
PKFE

PKHB
PKFE

PKHB
PKFE

PKHH

Polyphenylene
oxide

PKHH
PKFE

PKFE

PKFE

PKHH

Nylon

PKFE

PKFE

PKFE

PKFE
PKHH

Polycarbonate

PKFE

PKFE

 

PKHH

Polyolefins

 

 

PKFE

 

Polyvinyl
butyral

 

PKFE

 

PKFE
PKHH

Polyvinyl
pyrrolidone

 

PKFE
PKHH
PKHB

 

 

TPU’s

 

PKHH
PKFE

 

PKHH
PKHC
PKHB

Polyalkylene
oxides

PKFE
PKHH

 

 

PKHH

Polycapro-
lactone

PKHH
PKHE

PKFE
PKHH

PKHH

PKHH

In plastics applications InChemRez® Phenoxy resins offer a wide selection for your chosen technology. Phenoxy resins find use in blends of PBT, PET, PPO, nylon, and polycarbonate resins for modifying physical properties such as tensile, flexural, and impact strengths. The addition of Phenoxy improves pigment/filler wetting for appearance and rheology control. Additionally Phenoxy resins are useful as compatibilizing agents for dissimilar plastics like polyolefins and polyesters.
 

Because of transesterification reactions Phenoxy resin can behave as processing aids with polyesters such as polyethylene terephthalate during extrusion.
 

  • Processing Aid
  • Blends
  • Compatibilizer
  • Tie-layer

Plastics Selection Guide

Because of its unique structure and properties Phenoxy resins, when used as additives in plastics applications, can greatly improve not only the processability of these materials but also improve the quality and performance of the finished product.

During processing the addition of Phenoxy can help to control process rheology as well as the heat distortion temperatures in extrusion, molding and film formation operations. The amorphous nature of Phenoxy resin can also be helpful in controlling the crystallization kinetics of thermoplastic materials.

Alloys made with Phenoxy have been shown to possess improved thermal stability.  The toughness of Phenoxy resins also imparts improved mechanical performance to finished products.  As a result, the addition of Phenoxy resins can result in cost reductions as less material (thinner cross sections) is required to achieve the desired performance. The excellect vapor barrier properties of Phenoxy resins can be beneficial in plastic film applications where protection against moisture or oxygen is required.

Plastics