Ceramic Countertop

APPLICATION

Chemical Experiments: Acts as chem exp. countertop for digestion, evap., drying. Resists reagent corrosion & high-temp. reactions.

Biological Research: Fits bio lab media heating, reagent warming. Provides stable temps for cell, microbe culturing.

Materials Science: Used in matl. synth., heat treat. like sintering, melting. Meets strict matl. sci. exp. demands.

Electronics & Electrical Labs: Insulating support countertop. Ensures safety & accuracy in e&e experiments with good insulation.

ADVANTAGE

Chemical Properties: Exceptionally strong chem. corrosion resistance. Resists acids, alkalis, solvents (except HF) at all temps. Adapts to lab chem. erosion, extends service life.

Physical Properties:

High Temp. Resistance: WIt can withstand a high temperature of up to 1550℃ and is not afraid of open flames. After long-term contact with high temperature, the surface will not burn, blister or crack. It is suitable for use in high-temperature experimental environments, such as some chemical reactions that need to be heated to a high temperature and material sintering experiments.

High Hardness: Hard, scratch/abrasion resistant, strong impact resistance. Compensates for others' wear issues. Maintains flatness & integrity long-term.

Great Insulation: Non-conductive, strong insulation, no catalyst effect. Suits labs with strict insulation demands like electronics & electricity.

Good Flatness: Similar to glass flatness. Avoids surface unevenness issues in processing/installation. Facilitates countertop splicing & use, ensures apparatus stability.

Surface Characteristics: Coated with special corrosion-resistant glaze. Smooth, poreless. Pollution resistant, easy to clean/maintain. Inhibits bacteria growth, keeps lab clean.

Safety: Non-toxic, radiation-free, non-flammable. Produce no toxic gases/substances when heated. Provide a safe lab environment.