Flurine specialises in the research and production of polymeric materials for the automotive industry, providing high performance solutions to promote cleaner, recyclable new energy vehicles and provide users with more reliable, efficient and environmentally friendly transport options.
We provide high quality products to meet the material requirements of automotive manufacturers. We ensure that our products meet the relevant standards and requirements and provide ongoing supply chain support.
We have a professional technical team that keeps up to date with professional knowledge of relevant materials and provides technical advice and support.
We strictly control the quality of our products and provide relevant quality assurance. We are equipped with advanced laboratory facilities and quality testing equipment to ensure that our products meet the requirements and standards of our customers.
We provide comprehensive after-sales service, including guidance on the use of our products, technical training and after-sales support. We are committed to building long-term relationships with our customers and providing ongoing support and service.
PVDF has long-term stable resistance, corrosion resistance and strong adhesion properties in the electrolyte, and can effectively inhibit the internal resistance change of the battery during the cycle, especially suitable for power lithium batteries, thus meeting the needs of the automotive industry.
PVDF has long-term stable resistance, corrosion resistance and strong adhesion properties in the electrolyte, and can effectively inhibit the internal resistance change of the battery during the cycle, especially suitable for power lithium batteries, thus meeting the needs of the automotive industry.
PVDF has long-term stable resistance, corrosion resistance and strong adhesion properties in the electrolyte, and can effectively inhibit the internal resistance change of the battery during the cycle, especially suitable for power lithium batteries, thus meeting the needs of the automotive industry.
PVDF exhibits excellent adhesive properties, allowing for effective bonding of various components inside the battery. It forms a strong bond that ensures tight structural integrity and reliability of the battery.
PVDF exhibits excellent adhesive properties, allowing for effective bonding of various components inside the battery. It forms a strong bond that ensures tight structural integrity and reliability of the battery.
PVDF exhibits excellent adhesive properties, allowing for effective bonding of various components inside the battery. It forms a strong bond that ensures tight structural integrity and reliability of the battery.
PVDF exhibits excellent adhesive properties, allowing for effective bonding of various components inside the battery. It forms a strong bond that ensures tight structural integrity and reliability of the battery.
PVDF exhibits excellent adhesive properties, allowing for effective bonding of various components inside the battery. It forms a strong bond that ensures tight structural integrity and reliability of the battery.
PVDF exhibits excellent adhesive properties, allowing for effective bonding of various components inside the battery. It forms a strong bond that ensures tight structural integrity and reliability of the battery.
