The special requirements for Kelinai laboratory countertops need to be combined with the specific uses and types of experiments in the laboratory, focusing on four dimensions: chemical corrosion resistance, physical properties, safety and hygiene, and functional design. The following is a specific analysis:
First, resistance to chemical corrosion
Core requirements: Laboratories often come into contact with strong acids, strong alkalis, organic solvents and other chemical reagents. The countertop needs to have high corrosion resistance to prevent erosion by chemical substances.
Corine -Eigenschaften:
It is made of non-permeable acrylic material, which can withstand various chemical reagents and avoid corrosion, discoloration or performance decline after long-term contact.
It is suitable for scenarios such as chemical laboratories and biological laboratories where chemical reagents are frequently used.
Second, physical performance requirements
High-temperature resistance and thermal shock resistance:
Some chemical or physical experiments need to be conducted under high-temperature conditions, and the countertop must be able to withstand a certain high temperature without deforming or cracking.
The Keli Nai countertop can withstand a certain high temperature (for example, a 180℃ hot container can be placed for 20 minutes without damage), and is suitable for high-temperature experimental environments.
Wear resistance and impact resistance:
The laboratory countertop is often subject to the movement, friction and accidental collision of instruments and equipment, and thus needs to have high wear resistance and impact resistance.
Keli Nai countertops have uniform texture and high density, can withstand a certain degree of impact and wear, and extend their service life.
Third, safety and hygiene requirements
Antibacterial property and easy cleaning:
The laboratory should be kept clean and hygienic to prevent bacterial growth and cross-infection.
The seamless splicing design of the Keli Nai countertop ensures no hygiene dead corners. The surface is smooth and easy to clean, and an antibacterial coating can be added to inhibit bacterial growth.
Fire resistance:
The laboratory must ensure safety and the countertop should have fireproof performance.
Keli Nai countertops have a certain degree of fire resistance and can be made into fireproof accessories such as ashtrays to reduce the risk of fire.
Fourth, functional and design requirements
Stability and load-bearing capacity:
The laboratory countertop needs to hold a large number of instruments and equipment and must have sufficient stability and load-bearing capacity.
Kelinai countertops can be customized in thickness (such as over 25mm) to enhance load-bearing capacity and are suitable for placing heavy equipment.
Anti-static and insulation:
In physics experiments or electronic experiments, it is necessary to prevent static electricity from affecting the experimental results or equipment.
The Kelinai countertop is made of non-conductive material and has certain insulating properties, making it suitable for scenarios such as electronic laboratories.
Humanized design
The height, width and edge treatment of the countertop should be ergonomic and convenient for the operation of the laboratory personnel.
Kelinai countertops can be customized in size and shape. The rounded chamfer design can reduce the risk of bumps and injuries.
