Product Introduction

Flow Lubricant Series

Product

Main Component

Performance Advantage

Application Field

FA520A

Hyperbranched Polyester Compounds

Efficiently Improve
Flow Performance

PA6,PA66,High-Temperature Nylon Long Chain Nylon

F1530A

Organosilicone Oxide Polymer

Efficient Demoulding Performance

PA,PBT,PET,PC+Fiber,ABS+Fiber

FE550A

Ethylene Acrylic Acid Copolymer

Improve Luster,Increase
Demoulding,Good Lubrication

PA,PBT,PET,PC+Fiber,ABS+Fiber

FE550A Used in nylon + glass fiber

GF

FE 550A

 

Tensile Strength in yield(MPa)

Tensile  Strain (%)

Flexual modulus (MPa)

Flexural strength (MPa)

Notched  Izod  (J/m)

HDT(C)

Montan- Wax

40

-

-

180.2

2.46

10944.07

264.24

113.239

210.4

40

0.8

-

179.04

2.4

11189.17

253.91

113.634

211.8

40

-

0.8

182.43

2.13

11575.62

245.24

109.099

211.9

FE550A Used inPET+glass fiber

GF

FE550A

 

Tensile Strength in yield(MPa)

Tensile  Strain (%)

Flexual modulus (MPa)

Flexural strength (MPa)

Notched  Izod  (J/m)

HDT(℃)

Montan- Wax

40

- -

143.98

2.41

11960.63

213.04

76.873

77.5

40

0.8

-

139.2

3.06

11611.57

216.74

98.266

77.2

40

-

0.8

139.71

1.98

12529.85

222.41

76.341

77.3

Its working principle is shown in the figure

This product is mainly suitable for polyamide series (PA6, PA66, PA6T, PA9T, PA10T and other high-temperature nylon, long chain nylon).

▶▶ FA520A Features

Molecular structure: Hyperbranched structure;  General formula of main molecule: Cn1Hn2On3; Molecular weight: 250-600; Mesh number: 40-200 mesh; Branching degree 0.61-0.72;  Decomposition  temperature:  386.4  ℃; Density: 1.3000g/cm.

 


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