Product Name: Cross Ceramic Blade and Porous Sieve - Medical grade Ceramic Crushing Knife Sieve

Ceramic material: Al203: 99%, Si02: 0.6%, SrCO3: 0.3%, others: 0.1%

Product model: YCB-TC-FA20260418011

Ceramic material: A1203: 99%, SiO2: 0.6%, SrCO3: 0.3%, others: 0.1%

Ceramic thickness: 5mm

Hardness greater than 1250HHV5, high wear resistance, high temperature resistance

Flatness:<0.035mm

Fineness:<0.04 microns

Life test:>500000 cycles

Surface finish:<0.04 microns

Service life:>500000 cycles

Packaging size: 6*12*1cm

Total weight: 30 grams

Excellent biocompatibility: Made of medical grade high-purity alumina ceramics, with stable chemical
properties,no harmful substance precipitation,and no reaction with biological samples or drugs,meeting
the biosafety standards for medical devices.
Outstanding wear resistance: Ceramic hardness is extremely high,and the cutting edge is not easily worn
or curled under high-frequency cutting operations,which can maintain sharpness for a long time and have
a service life far exceeding that of similar stainless steel and plastic accessories.
Strong sterilization tolerance: It can withstand various medical grade sterilization methods such as
high-pressure steam, ethylene oxide, dry heat, etc. It does not deform or age under high temperature and
pressure, and is suitable for sterile operation requirements.
Acid and alkali corrosion resistance:It has strong tolerance to various laboratory reagents,disinfectants
and biological fluids, and is not easily contaminated by corrosion, ensuring the purity of samples and
reagents.
Stable screening accuracy: The porous sieve has uniform pore size and high dimensional accuracy, which
can accurately control the particle size of the sample, ensure consistent processing effects between
batches, and improve the reliability of detection data.
No residue and easy to clean: The ceramic surface is dense and smooth, with no pores or dead corners,
making it difficult for samples to adhere to residues. It is easy to disassemble and clean, minimizing
the risk of cross contamination.
Reliable structural strength: Ceramic materials have flexural and impact resistance that are suitable for
conventional sample processing conditions. They are not easily broken or deformed under normal use and
have strong operational stability.