Key attributes
Other attributes
Place of Origin:Japan
Brand Name:DAIKIN
Grade:calendering
Feature:low temperature resistance
Application:automotive parts
color:Milky white to pale yellow
Shape:Liquid
Packaging and delivery
Packaging Details:25kg per bag.
Few bags packing on cartons.
Large quantity packing on plastic pallet.
Supply Ability
Supply Ability:99999 Kilogram/Kilograms per Month
Samples
Maximum order quantity: 15 kilogramSample price:
Customization
Customized logo:Min. order: 25
Customized packaging:Min. order: 25
Graphic customization:Min. order: 25
For more customization details, message supplier
Place of origin:Japan
Brand Name:DAIKIN
Model Number:DAI-EL G-101
Material:Fluoroelastmer
Color:Milky white to pale yellow
Type:Virgin
Feature:improve the processability and reduce the hardness of solid fluoroelastomer
MOQ:15KG
Form:Liquid
Package:15KG/Drum
Certificate:COA/MSDS
DAI-EL G-101
DAI-EL G-101, developed by Daikin, is a specialized liquid fluoroelastomer designed to enhance the processability and modify the hardness of solid fluoroelastomer formulations. With its unique properties and compatibility with fluoroelastomers, this modifier offers manufacturers greater control over processing parameters and material properties, resulting in improved product performance and production efficiency.
Key Features:
- Liquid Modifier: DAI-EL G-101 is formulated as a liquid fluoroelastomer modifier, providing manufacturers with a convenient and versatile solution for adjusting the properties of solid fluoroelastomer compounds. Its liquid form allows for easy blending and dispersion within fluoroelastomer formulations, facilitating uniform distribution and enhancing processing efficiency.
- Processability Improvement: When added to solid fluoroelastomer formulations, DAI-EL™ G-101 effectively improves processability by reducing viscosity and enhancing flow characteristics. This results in easier handling during compounding, molding, and shaping processes, leading to reduced manufacturing cycle times and improved productivity.
- Hardness Reduction: The modifier is specifically designed to reduce the hardness of solid fluoroelastomers, enabling manufacturers to achieve desired levels of flexibility, resilience, and surface finish in molded components. By fine-tuning the hardness of fluoroelastomer compounds, DAI-EL™ G-101 helps optimize product performance and suitability for specific applications.
- Compatibility: DAI-EL™ G-101 exhibits excellent compatibility with solid fluoroelastomers, ensuring seamless integration into existing formulations without compromising material properties or performance. Its compatibility with a wide range of fluoroelastomer grades allows for versatile application across various industries and applications.
- Solubility Profile: The modifier is insoluble in water and soluble in low molecular weight ketones and esters, facilitating easy incorporation into fluoroelastomer blends and ensuring uniform dispersion within the matrix. Its solubility profile enhances blending efficiency and promotes homogeneity in compounded formulations.
Applications:
- Fluoroelastomer Modification: DAI-EL™ G-101 is primarily used for modifying the properties of solid fluoroelastomers, including fluoroelastomer compounds used in O-rings, gaskets, seals, hoses, and other molded components. Its ability to improve processability and adjust hardness makes it valuable for optimizing material performance in various sealing and elastomeric applications.
- Rubber Compounding: The modifier can be incorporated into fluoroelastomer compounds during the compounding stage to tailor material properties according to specific application requirements. Its liquid form allows for precise dosing and uniform dispersion, ensuring consistent performance and reliability in finished rubber products.
- Industrial Applications: DAI-EL™ G-101 finds application across industries such as automotive, aerospace, chemical processing, oil and gas, and semiconductor manufacturing, where fluoroelastomers are used for their exceptional heat resistance, chemical inertness, and sealing properties. It enables manufacturers to achieve desired material characteristics and enhance the performance of fluoroelastomer-based components.