PC PC/ABS IMPACT MODIFIER

MYDOT®YC701 The acrylic core-shell structure impact modifier grafted with PMMA has the characteristics of good low-temperature impact resistance, good weather resistance, and low cost.

MYDOT®YC701 The acrylic core-shell structure impact modifier grafted with PMMA has the characteristics of good low-temperature impact resistance, good weather resistance, and low cost.

Features

 

Rubber type

 

Silicon/Acrylate

 

Acrylate

 

butadiene

 

weather-resistant

 

good

 

good

 

poor

Low temperature impact resistance

 

good

 

medium

 

good

 

cost

 

high

 

low

 

low

 

Rubber type

 

Silicon/Acrylate

 

Acrylate

 

butadiene

 

weather-resistant

 

good

 

good

 

poor

Low temperature impact resistance

 

good

 

medium

 

good

 

cost

 

high

 

low

 

low

Specifications

YC701-thermal stability

 

 

YC701

2388

 

 

280℃

L

87.5

86.8

a

-1.19

-1.35

b

-1.04

-1.72

280℃ residence time 10min

L

86.1

85.2

a

-1.14

-0.95

 

 

b

-0.21

-0.87

△E

 

1.7

1.9

Remark

PC / IM = 96 /4

 

The results show that there is not much difference in thermal stability between YC701 and 2388!

YC701-Physical and mechanical properties

YC701-thermal stability

 

 

YC701

2388

 

 

280℃

L

87.5

86.8

a

-1.19

-1.35

b

-1.04

-1.72

280℃ residence time 10min

L

86.1

85.2

a

-1.14

-0.95

 

 

b

-0.21

-0.87

△E

 

1.7

1.9

Remark

PC / IM = 96 /4

 

The results show that there is not much difference in thermal stability between YC701 and 2388!

YC701-Physical and mechanical properties

Instructions

 

 

YC701

2388

Normal temperature notch impact of cantilever beam (23℃， 3.2mm）

 

 

J/m

 

 

765

 

 

737

Low temperature notch impact of cantilever beam(-30℃，3.2mm)

 

J/m

 

390

 

380

Melt Index(300℃,1.2Kg)

g/10min

11.5

12.1

Vicat (B50)

℃

140

140

Remark

PC / IM = 94 /6

 

The results show that there is not much difference in physical and mechanical properties between YC701 and 2388!YC701-colorability

 

 

 

YC701

2388

 

280℃

L

34.1

36.7

a

-0.34

-0.32

b

-0.66

-0.45

 

gloss

20°

99

99

60°

100

102

85°

102

100

Remark

PC / IM/Carbon = 94 /6 /0.1C

The experimental results show that YC701 has better coloring than 2388!YC701-colorability

 

 

 

YC701

2388

 

280℃

L

34.1

36.7

a

-0.34

-0.32

b

-0.66

-0.45

 

gloss

20°

99

99

60°

100

102

85°

102

100

Remark

PC / IM/Carbon = 94 /6 /0.1C

The experimental results show that YC701 has better coloring than 2388! 

YC701                         2388

 


Remark：PC/IM/Carbon=94/6/0.1,injection temperature280℃，mold temperature 90℃

The results show that both injection molded color plates YC701 and 2388 have good appearance.

 

 

YC701

2388

Normal temperature notch impact of cantilever beam (23℃， 3.2mm）

 

 

J/m

 

 

765

 

 

737

Low temperature notch impact of cantilever beam(-30℃，3.2mm)

 

J/m

 

390

 

380

Melt Index(300℃,1.2Kg)

g/10min

11.5

12.1

Vicat (B50)

℃

140

140

Remark

PC / IM = 94 /6

 

The results show that there is not much difference in physical and mechanical properties between YC701 and 2388!YC701-colorability

 

 

 

YC701

2388

 

280℃

L

34.1

36.7

a

-0.34

-0.32

b

-0.66

-0.45

 

gloss

20°

99

99

60°

100

102

85°

102

100

Remark

PC / IM/Carbon = 94 /6 /0.1C

The experimental results show that YC701 has better coloring than 2388!YC701-colorability

 

 

 

YC701

2388

 

280℃

L

34.1

36.7

a

-0.34

-0.32

b

-0.66

-0.45

 

gloss

20°

99

99

60°

100

102

85°

102

100

Remark

PC / IM/Carbon = 94 /6 /0.1C

The experimental results show that YC701 has better coloring than 2388! 

YC701                         2388

 


Remark：PC/IM/Carbon=94/6/0.1,injection temperature280℃，mold temperature 90℃

The results show that both injection molded color plates YC701 and 2388 have good appearance.

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