SM-10
Yinsu
SM-10
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Compatibility agent and heat deformation temperature raising agent for plastic alloy materials SM-10
I. Introduction
SM-10 is a cutting-edge product that serves as both a compatibility agent and heat deformation temperature raising agent for plastic alloy materials. Its unique properties allow it to enhance the performance and durability of plastic alloys by improving their compatibility with other materials and increasing their resistance to heat-induced deformations.
With SM-10, plastic alloy material production is revolutionized. Its advanced technology offers a perfect combination of compatibility and heat resistance, allowing manufacturers to unlock the full potential of their plastic alloys.
By incorporating SM-10 into their production processes, manufacturers can achieve optimal performance and durability in their products. SM-10's capabilities are crucial in industries where plastic alloys are frequently used, such as automotive, aerospace, and electronics. It enables manufacturers to produce high-quality plastic alloy components that can withstand harsh environments and extreme conditions.
II. Product Technical Data Sheet
Item | Unit | Value |
Appearance | White powder | |
Acid value | mg KOH/g | 480 |
Average molecular weight | Mn | 2000 |
Heavy average molecular weight | Mw | 5500 |
Melt viscosity cps | At 220℃ | 60000 |
Glass transition temperature | Tg,℃ | 155 |
III. Product Feature
1. Compared with other types of compatibilizers, it has a good effect on the temperature resistance and strength of the material.
2. Adding the appropriate proportion of SM-10 Series to TPE can improve the coating of polar materials, such as nylon, metal...
3. Adding 1-2% of SM-10 Series can increase the heat deformation temperature of PA by 18 ℃ and that of PBT by 13 ℃.
4. SM-10 Series can increase the heat deformation temperature of ABS, PP, PE and other materials.
IV. Package Storage & Transportation
1. Plastic bag with inner PE bag, 25kg/bag.
2. Storage in cool dry place.
3. Transport as non-dangerous chemical product.
V. Application
1. Fabric treatment
2. Plastic modification
3. Powder coating
4. Epoxy resin formulation
5. Ink Additive
6. Polymer composite materials
Compatibility agent and heat deformation temperature raising agent for plastic alloy materials SM-10
I. Introduction
SM-10 is a cutting-edge product that serves as both a compatibility agent and heat deformation temperature raising agent for plastic alloy materials. Its unique properties allow it to enhance the performance and durability of plastic alloys by improving their compatibility with other materials and increasing their resistance to heat-induced deformations.
With SM-10, plastic alloy material production is revolutionized. Its advanced technology offers a perfect combination of compatibility and heat resistance, allowing manufacturers to unlock the full potential of their plastic alloys.
By incorporating SM-10 into their production processes, manufacturers can achieve optimal performance and durability in their products. SM-10's capabilities are crucial in industries where plastic alloys are frequently used, such as automotive, aerospace, and electronics. It enables manufacturers to produce high-quality plastic alloy components that can withstand harsh environments and extreme conditions.
II. Product Technical Data Sheet
Item | Unit | Value |
Appearance | White powder | |
Acid value | mg KOH/g | 480 |
Average molecular weight | Mn | 2000 |
Heavy average molecular weight | Mw | 5500 |
Melt viscosity cps | At 220℃ | 60000 |
Glass transition temperature | Tg,℃ | 155 |
III. Product Feature
1. Compared with other types of compatibilizers, it has a good effect on the temperature resistance and strength of the material.
2. Adding the appropriate proportion of SM-10 Series to TPE can improve the coating of polar materials, such as nylon, metal...
3. Adding 1-2% of SM-10 Series can increase the heat deformation temperature of PA by 18 ℃ and that of PBT by 13 ℃.
4. SM-10 Series can increase the heat deformation temperature of ABS, PP, PE and other materials.
IV. Package Storage & Transportation
1. Plastic bag with inner PE bag, 25kg/bag.
2. Storage in cool dry place.
3. Transport as non-dangerous chemical product.
V. Application
1. Fabric treatment
2. Plastic modification
3. Powder coating
4. Epoxy resin formulation
5. Ink Additive
6. Polymer composite materials