Products Description

Electrically Conductive Flake Graphite includes Medium Carbon Graphite and High Carbon Graphite.
The flake crystals are complete, thin and tough. It has stable physical and chemical properties and characteristics such as temperature resistance, conductivity, and thermal shock resistance.

Electrically Conductive Flake Graphite is widely used as a high - class refractory material and coating in the metallurgical industry, as a key material in the light industry, as an electrode in the battery industry, and as a catalyst carrier in the chemical fertilizer industry, and so on. After intensive processing, it can be made into graphite emulsion, graphite airtight material, black lead antifriction additive, and other high - tech products.

Technical Specifications

Model	Mesh	Fixed Carbon (F.C) %	Size % (Up-sieve / Under-sieve)	Moisture %
LG 32-94-99	32	94–99	Up-sieve: ≥80; Under-sieve: ----	≤0.5
LG 50-94-99	50	94–99	Up-sieve: ≥80; Under-sieve: ----	≤0.5
LG 80-94-99	80	94–99	Up-sieve: ≥80; Under-sieve: ----	≤0.5
LG 100-94-99	100	94–99	Up-sieve: ≥80; Under-sieve: ----	≤0.5
LG 120-94-99	120	94–99	Up-sieve: ≥80; Under-sieve: ----	≤0.5
LG 150-94-99	150	94–99	Up-sieve: ≥80; Under-sieve: ----	≤0.5
LG -100-94-99	-100	94–99	Up-sieve: /; Under-sieve: ≥90	≤0.5

Note: Products support personalized customization.

Applications of Conductive Flake Graphite

1. Battery Field: Used as anode material for lithium-ion batteries to improve battery capacity and service life; also serves as a conductive additive in lead-acid batteries and nickel-metal hydride batteries.

2. Electronics Field: Applied for heat dissipation in integrated circuits (ICs) and power devices; used as raw material for conductive inks in printed circuit boards (PCBs) and flexible electronics.

3. Industrial Field: In the metallurgical industry, it can be made into refractory coatings and mold lubricants; also used in anti-corrosion coatings for marine and chemical equipment.

4. High-end Technology Field: The grade with a purity of 99.999% can be applied in nuclear reactors; can be used as bipolar plates for fuel cells and precursors for synthetic diamonds.