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Zheflon®FL2001 PVDF - Small power Lithium battery Binders Grade

Zheflon®FL2001 PVDF - Small power Lithium battery Binders Grade
Zheflon®FL2001 PVDF - Small power Lithium battery Binders GradeZheflon®FL2001 PVDF - Small power Lithium battery Binders Grade
group name
PVDF Lithium Battery Grade
Min Order
1 piece
brand name
Zheflon PVDF & Flurine FKM Manufacturer
model
FL2001
Nearest port for product export
Ningbo, Shanghai
Delivery clauses under the trade mode
FOB, CFR, CIF, EXW, Express Delivery
Acceptable payment methods
T/T, L/C
update time
Sat, 04 May 2024 07:32:18 GMT

Paramtents

  • Particle Size(μm)(D50) ≤110

  • Water Absorption(%) ≤0.10

  • Rotational Viscosity(mPa.s) 400-1400

  • Molecular Weight(Da) ≥1,200,000

Packging & Delivery

  • Min Order1 piece

Briefing

Especially suitable for lithium iron phosphate and ternary material system in electric vehicle industry application.

Detailed

Description
Zheflon®FL2001 is a polyvinylidene fluoride homopolymer of medium viscosity grade, which can enhance the force between polymer molecules, active materials and metal pole pieces, improve adhesion performance and corrosion resistance in electrolyte, especially suitable In the lithium iron phosphate and ternary material system, it can effectively increase the bending resistance of the pole piece.

Zheflon®FL2001 also can effectively reduce the amount of formula used, reduce the DC internal resistance of the battery, improve the energy density and charge and discharge performance of the battery, and effectively suppress the change of the internal resistance of the battery during the cycle, thereby meeting the needs of the automotive industry.
Technical Specifications
FL2001 SpecificationsRangeReference Standard
Particle Size(μm)(D50)≤110HG/T 2901
Water Absorption(%)≤0.10GB/T 6284
Rotational Viscosity(mPa.s)400-14001gPVDF:19gNMP,#3spindle,25℃,GB/T 10247
Molecular Weight(Da)≥1,200,000GB/T 21864
Secondary Melting Point(℃)160-170GB/T 19466
Zn(ppm)≤10HG/T 3944
Ni(ppm)≤10HG/T 3944
Fe(ppm)≤10HG/T 3944
Cr(ppm)≤10HG/T 3944
Cu(ppm)≤10HG/T 3944