NT-CR100 ( PEROXIDE MASTER BATCH) 5%
MI MODIFIER for PP
Chemical Nature :
NT-CR100 is made by by special compound technology. This master batch is containing Peroxide type 2.5-Dimethyl 2.5-Di (tert-butylperoxy) hexane based on polypropylene resin. The main application for NT-CR100 is to increase the fluidity of Polypropylene and control for narrow molecular weight distribution at the same time. For high flow PP resin, It is very helpful and suitable for in the application of fiber and all kind of molding process as well as It helps for cost saving.
Physical form : Light yellow granules
Storage : Keep the products in cool area and stay away from spark and heat sources.
Application
The application for NT-CR100 is for production of PP melt-blown fiber & and different kinds of PP molding application. NT-CR100 is recommended for only Polypropylene resins.
Technical Specification
|
|
|
Unit
|
Low limit
|
Upper limit
|
|
1
|
Active Peroxide content
|
%
|
5.0
|
6.0
|
|
2
|
Appearance
|
|
Light yellow granules
|
|
3
|
Melt index
|
g/10min
|
5.0
|
6.0
|
Typical Application (Dosage) :
Example of experimental results by extrusion at 230°C
- 0.7% of NT-CR100 PP MFI Increase around 3~15
- 1.0% of NT-CR100 PP MFI Increase around 10~40
- 1.4% of NT-CR100 PP MFI Increase around 25~100
- 2.8% of NT-CR100 PP MFI Increase around 25~220
Head office : EN-TECH POLYMER CO.,LTD.
Rm209, Jeil Plaza, Imae Dong 131-1, Bundang Ku, Seong nam City, Kyunggi Do,
463-806, South Korea
--------------------------------------------------------------------------------------------------------------
NT-CR500 ( PEROXIDE MASTER BATCH) 10%
Chemical Nature :
NT-CR500 is made by by special compound technology. This master batch is containing Peroxide type
2.5-Dimethyl 2.5-Di (tert-butylperoxy) hexane based on polypropylene resin.
The main application for NT-CR500 is to increase the fluidity of Polypropylene and control for
narrow molecular weight distribution at the same time.
For high flow PP resin, It is very helpful and suitable for in the application of fiber and all kind of
molding process as well as It helps for cost saving
Physical form : Light yellow granules
Storage : Keep the products in cool area and stay away from spark and heat sources.
Application
The application for NT-CR500 is for production of PP melt-blown fiber & and different kinds of
PP molding application. NT-CR500 is recommended for only Polypropylene resins.
Technical Specification
|
|
|
Unit
|
Low limit
|
Upper limit
|
|
1
|
Active Peroxide content
|
%
|
9.0
|
11.0
|
|
2
|
Appearance
|
|
Light yellow granules
|
|
3
|
Melt index
|
g/10min
|
5.0
|
6.0
|
Typical Application (Dosage) :
Example of experimental results by extrusion at 230°C
- 0.5% of NT-CR500 PP MFI Increase around 3~15
- 0.5% of NT-CR500 PP MFI Increase around 10~40
- 1.0% of NT-CR500 PP MFI Increase around 25~100
- 2.0% of NT-CR500 PP MFI Increase around 25~220
--------------------------------------------------------------------------------------------------------------
NT-CR1500 ( PEROXIDE MASTER BATCH) 15%
Chemical Nature :
NT-CR1500 is made by by special compound technology. This master batch is containing Peroxide type
2.5-Dimethyl 2.5-Di (tert-butylperoxy) hexane based on polypropylene resin.
The main application for NT-CR1500 is to increase the fluidity of Polypropylene and control for
narrow molecular weight distribution at the same time.
For high flow PP resin, It is very helpful and suitable for in the application of fiber and all kind of
molding process as well as It helps for cost saving
Physical form : Light yellow granules
Storage : Keep the products in cool area and stay away from spark and heat sources.
Application
The application for NT-CR1500 is for production of PP melt-blown fiber & and different kinds of
PP molding application. NT-CR1500 is recommended for only Polypropylene resins.
Technical Specification
|
|
|
Unit
|
Low limit
|
Upper limit
|
|
1
|
Active Peroxide content
|
%
|
14.0
|
16.0
|
|
2
|
Appearance
|
|
Light yellow granules
|
|
3
|
Melt index
|
g/10min
|
5.0
|
6.0
|
Typical Application (Dosage) :
Example of experimental results by extrusion at 230°C
- 0.3% of NT-CR1500 PP MFI Increase around 3~15
- 0.3% of NT-CR1500 PP MFI Increase around 10~40
- 0.7% of NT-CR1500 PP MFI Increase around 25~100
- 1.5% of NT-CR1500 PP MFI Increase around 25~220
-------------------------------------------------------------------------------------------------------------- |
