Ceramic Tweezers Suppliers,Ceramic Tweezers Manufacturers

Solid-State Electrolyte Sheet LLZTO Pellet For Lithium Battery

Tantalum doped lithium lanthanum zirconium garnet, composed of>99 9% of precursor material synthesis. Phase: Cubic phase, garnet structure.

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LATP Ion Conductive Ceramic Sheet for Solid State Battery

The unique performance of solid electrolyte LATP ceramic sheet Li1.3Al0.3Ti1.7 (PO4) 3 lithium aluminum titanium phosphate (LATP) film solid electrolyte material makes it an ideal choice for all solid-state lithium batteries, advanced lithium sulfur batteries, lithium-air batteries, lithium-water batteries, etc. The LISICON (lithium ion superion co1

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Lithium ion electrolyte powder LLZTO Powder

The oxide of LLZTO, with nominal composition Li6.5La3Zr1.4Ta0.5O12, is a new solid electrolyte for Li-based batteries with high Ion conductivity.

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Anti-Static Anti-Magnetic High Temperature Acid-Alkali Stainless Steel Tweezers

Ceramic tweezers high temperature resistance, acid and alkali resistance, anti-static, rusting high precision, can pick up small hair, tail steel rebound design, good elasticity, high temperature resistance 1300 degrees can work for a long time, wide range of applications head clamping, can be used for clamping precision electronic components, bird1

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Anti-Static Plastic Tweezers For Lab Research

Anti-static, acid resistance, strong toughness, thickened PE insulating plastic material anti-static, insulating plastic material tip hard wear, good tension, comfortable to hold, non-slip

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Acid And Alkali Polytetrafluoroethylene Tweezers

Polytetrafluoroethylene (PTFE) tweezers are precision tools made of special polymer materials, with high temperature resistance

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12+2um single sided ceramic coated separator (PE base film + alumina coating)

single sided ceramic coated separator features high thermal stability, low thermal shrinkage rate and high wettability with electrolytes.

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9+3 single-sided ceramic-coated separator (PE base film + alumina coating)

The coating forms a dense barrier through high-temperature sintering, enabling the separator to withstand temperatures above 1800℃. This effectively blocks heat conduction during thermal runaway.

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