Products

DAI-EL G-671, available in sheet form, features low-temperature flexibility and an odorless composition. Tailored for automotive fuel systems, it excels in applications like fuel lines, O rings, and fuel hoses. Utilizing chemical cure and compression molding, this product ensures dependable performance in various automotive and industrial applications.

DAI-EL G-663BP, in sheet form, offers low-temperature flexibility, odorless properties, and good moldability. Serving automotive and industrial applications, it finds use in fuel lines, hoses, and O rings. This brown-colored product aligns with clean standards and utilizes injection molding processing methods.

DAI-EL G-558 in sheet form is a white-colored product designed for automotive fuel systems. Exhibiting odorless characteristics, this product is suitable for applications like fuel lines, O rings, and fuel hoses. Employing chemical cure and extrusion methods, it stands out in both automotive and industrial settings.

DAI-EL G-565 is a solid terpolymer consisting of vinylidene fluoride, tetrafluoroethylene, and hexafluoropropylene. Specifically designed for applications in the automotive and industrial sectors, this material excels in extrusion processability. Its primary attributes include remarkable fuel resistance, making it apt for automotive fuel lines, fuel hoses, and O-rings. Utilizing a chemical cure method, it stands out for its odorless nature and good processability.

DAI-EL G-557, presented in sheet form, boasts excellent fuel resistance and good processability. Designed for automotive and industrial applications, it finds use in automotive fuel lines, fuel hoses, and O rings. This white-colored product aligns with clean standards and employs extrusion processing methods.

DAI-EL G-551, available as sheets, boasts automotive fluid resistance, low-temperature flexibility, and an odorless composition. Tailored for automotive fuel systems, it excels in applications like fuel lines and O rings. The white-colored product, soluble in lower ketones and esters, aligns with chemical cure and compression molding techniques, ensuring optimal performance in demanding automotive and industrial scenarios.

DAI-EL G-607 is a cure-incorporated terpolymer composed of vinylidene fluoride, tetrafluoroethylene, and hexafluoropropylene, designed for compression and transfer molding. Renowned for its exceptional cold-temperature flexibility, this material is targeted for applications within the automotive, transportation, and industrial sectors. Specifically, it finds utility in automotive fuel lines, fuel hoses, and O rings, serving key roles in fuel systems, powertrains, and equipment and parts. Available in pellet, sheet, and solid forms, it stands out for its odorless nature.

DAI-EL G-501NK, presented in sheet form, showcases excellent adhesion and mechanical properties and is odorless. Designed for automotive fuel systems, particularly fuel lines and O rings, it appears in a distinctive white color. Utilizing chemical cure and compression molding methods, this product proves its worth in automotive and transportation applications, providing reliable performance in fuel-related components.

DAI-EL G-572BP is a bisphenol-curable terpolymer consisting of vinylidene fluoride, tetrafluoroethylene, and hexafluoropropylene, tailored for injection molding applications. This material showcases commendable chemical resistance paired with effective compression-set properties. Notably, it's formulated without any curing agent or accelerator. Primarily aimed at the automotive, transportation, and industrial sectors, especially fuel systems, powertrains, and equipment and parts, it serves pivotal roles in automotive fuel lines, fuel hoses, and O rings.

DAI-EL G-555, featuring low-temperature flexibility, excellent fuel resistance, and odorless characteristics, targets automotive, building, and industrial applications. Primarily used in automotive fuel systems and building materials, this product, available in pellets, sheets, and solid forms, aligns with clean standards and utilizes extrusion processing methods.

DAI-EL G-558ES is a bisphenol-type cure-incorporated terpolymer comprising vinylidene fluoride, tetrafluoroethylene, and hexafluoropropylene, tailored for exceptional extrusion processability. Recognized for its remarkable fuel resistance and adhesion capabilities, this material is ideally suited for automotive applications such as fuel lines, fuel hoses, and O rings. Targeting both the automotive, transportation, and industrial sectors, especially chemical and industrial manufacturing, it stands out for powertrain, UTH, and equipment and parts applications.

DAI-EL G-684BP, processed through injection molding, showcases a good compression set, an odorless nature, chemical resistance, and moldability. Catering to automotive and industrial applications, it serves fuel lines, hoses, and O rings. This solid white-colored product is soluble in lower ketones and esters.

DAI-EL G-603, available in sheet form, distinguishes itself with excellent fuel resistance, low permeability, and an odorless profile. Catering to automotive fuel systems, it excels in applications like fuel lines, O rings, and fuel hoses. With chemical cure and compression molding as its preferred methods, this white-colored product is soluble in lower ketones and esters.

DAI-EL G-621, presented in sheet form, is recognized for its automotive fluid resistance, odorless nature, and low permeability. Targeting automotive fuel systems, it finds applications in fuel lines, O rings, and fuel hoses. Utilizing chemical cure and compression molding, this product stands out in both automotive and industrial settings, offering reliable performance.

DAI-EL G-576BP, available in sheet form, stands out with its chemical resistance, odorless composition, good moldability, and compression set. Suited for automotive and industrial applications, it caters to fuel lines, hoses, and O rings, featuring a brown color. The product utilizes injection molding processing methods.

DAI-EL G-562 is a cure-incorporated terpolymer combining vinylidene fluoride, tetrafluoroethylene, and hexafluoropropylene, specifically designed for compression molding. This material excels in elongation at break and demonstrates robust adhesion to metal surfaces. It presents a harmonious blend of chemical resistance with low-temperature flexibility. Targeting the automotive, transportation, and industrial sectors, particularly powertrain, UTH, and equipment and parts, it finds prime applications in automotive fuel lines, fuel hoses, and O rings.