The LLZTO pellet features a cubic garnet structure with 0.75×10⁻³ S/cm ionic conductivity and ≥5.10g/cm³ density. Designed for all-solid-state lithium batteries, it enables high-energy-density (>500Wh/kg) and ultra-safe designs by replacing flammable liquid electrolytes.

The AOT-PETAF composite foil combines 8μm ultra-thin PET substrate with 99.35% purity aluminum coating, delivering 240MPa tensile strength and 40MΩ anti-shorting resistance. Ideal for high-energy 4680 cells and solid-state batteries, it reduces thermal runaway risks by 60% vs traditional foils.

High-efficiency YP-50F coconut-derived activated carbon for supercapacitors. Optimized 1600 m²/g surface area, 0.7 cm³/g pore volume, and 100mΩ resistance. Ideal for low-cost, high-reliability energy storage.

MS-PMT-1 is a P2-type Nickel Manganeselayered oxide cathode material for sodium-ion batteries, delivering 117.31mAh/g specific capacity at 0.1C (4.25-2.0V) with 95% initial efficiency. Featuring a high tap density (1.586g/cm³) and optimized particle size distribution (D50=10.47μm), it enables high-energy-density battery designs for EVs and grid storage.

This Sodium Carboxymethyl Cellulose (CMC) powder is engineered for lithium battery anode slurries, offering 7458mPa·s viscosity (2% aqueous solution) and 99.7% purity to prevent active material sedimentation. With a substitution degree (DS) of 0.86 and pH 6.77, it ensures stable slurry dispersion, improving electrode uniformity and battery longevity.

LGPS Sulfide solid electrolytes are currently the inorganic solid electrolyte materials with the highest ionic conductivity, which have advantages such as good thermal stability, wide electrochemical window, and good mechanical properties. They are the key electrolytic materials used in all solid-state batteries.

High-performance coconut-derived YP-80F activated carbon for supercapacitors. 2100 m²/g surface area, 0.94 cm³/g pore volume, optimized for 0-0.8V aqueous systems. Low ash (0.5%).

This battery-grade Li₂O powder (60-100μm, ≥99% purity) optimizes lithium-ion transport in solid electrolytes like LLZO and LiPON. With ultra-low metallic impurities (Fe≤0.002%, Ni≤0.002%), it enables stable 4.5V+ solid-state battery operation.

The AOT-CCF composite copper foil combines 8μm ultra-thin PET substrate with 99.9% purity copper coating, delivering 240MPa tensile strength and 20MΩ anti-shorting resistance. Ideal for high-energy 4680 cells and solid-state batteries, it reduces thermal runaway risks by 70% vs traditional copper foils.