TOOK Ceramics imported glaze creates a subtle matte surface finish. Reagents and chemicals dripped on the surface is easily visible on a matte surface compared with reflective surface. This reduces chemical hazards in the laboratory.

TOOK Ceramics have an even and smooth surface finish. Usage of TOOK’s ceramic glue creates seamless joints and thus eliminating uneven installation issues.

The edges of TOOK Ceramics glazed as the top surface. Edges can resist 98% concentrated sulfuric acid, 40% sodium hydroxide and withstand high temperature of 400oC. This feature has been tested and certified by test authority. This is unique in the market and unparalleled.

TOOK Ceramics is level 7 on Mohs’ hardness scale (diamond’s Mohs’ hardness scale is 10 while stainless steel is 5.5).

TOOK Ceramics have passed the SEFA-3 tests standards which is tested against 49 different chemicals commonly used in laboratories.

TOOK Ceramics is classified as Class A non-combustible material. It is fire retarding and resistant to extreme temperature of 1350oC, which at present is the highest temperature testing limit in China.。

TOOK Ceramics passed the static load test of load-bearing capacity of at least 450kg making it suitable for heavy laboratory equipment.

The smooth surface of TOOK Ceramics is non-porous and easy to clean. Its resistance to Escherichia coli, staphylococcus aureus and other bacteria ensures a hygienic environment for lab personnel and the accuracy of experiment results.

TOOK Ceramics achieved Class 1 surface scratch resistance in accordance to national standards. Together with its high Mohs hardness scale, it is resistance to scratches from high friction activities or accidental scratches.

TOOK Ceramics imported glazing material ensures excellent quality and superior performance that prevents cracking.

The glaze of TOOK ceramics is excellent, leading in technology, hard to gather dirt and bacteria, and easy to clean.

TOOK Ceramics have no formaldehyde, low heavy metal content, healthy and environmentally friendly.