• Anti Acid Compact Worktop

They are bench panels produced on G-Lab laboratory benches using advanced technology, providing extra resistance to chemicals thanks to their special surface, and easy to maintain and clean. Specially designed G-Lab worktop surfaces are not affected by cleaning materials, strong organic solvents, acids, bases and salts, and the surface is produced to resist the most aggressive chemicals for 24 hours. The variety of usage areas of G-Lab bench surfaces, which are designed to provide maximum performance with their durability even in the most difficult conditions, is extremely high. Generally; chemistry, biology, medicine, radiology, physics, cosmetics, botany, hospitals, operating rooms, food industry, etc. used in laboratories.

G-Lab laboratory bench surface; Aceton, Toluene, Dimethyl Sulphoxide, Tetrahydrofurane, Terpentine, Ethylalcohol, Ammonia, Caustic Soda, Potassium Hydroxide 10% etc. It is resistant to chemicals and equivalent disinfectants.

 According to the quality tests carried out on all these chemicals;

Some chemicals that the G-Lab laboratory bench are durable for 24 hours have been stained and tested according to EN 438 - 2 and all of them have been found to be 5 (no change is observed).

Chemicals used within the scope of EN 438-2 test; listed below.

-Copper Sulphate 10% 

-Ammonium Hydroxide 28%

 -Silver Nitrate 1%

 -Citric Acid 30%

-Ferric (III) Chlorite 10%

-Ether 20%

-Hydrochloric Acid 37%

-Sulfuric Acid 33%

-Nitric Acid 30%

-Phosphoric Acid 45%

Thicknesses that can be preferred for G-Lab Bench Surfaces according to usage areas;  

• 0,80 mm – 22 mm  

• Trespa Toplab Plus Worktop

Trespa Toplab Plus laboratory bench surface is an anti-acid compact laminate and is a Phenolic Resin type bench surface. The biggest advantage over other Compact bench surfaces is the high resistance of the outer surface layer against acid environment. Longer lifetime, more suitable for use of various chemicals / acids. Its resistance to impacts, heat and water is also quite high. Thanks to all these features, Trespa Toplab Plus bench surface can be used in chemistry, biology, medicine, radiology, physics, cosmetics, botanical laboratories, hospitals, operating rooms, food industry, etc. It is an indispensable product that can be used as a laboratory bench surface in laboratories.

 Some chemicals that Trespa Toplab laboratory bench is resistant to 24 hours have been stained according to EN 438 - 2 and it has been proved that there is no change in all of them by getting the highest grade (5).

 These acids;

Acetic Acid 99%

Acid Dichromate 5%

Chromic Acid 60%

Formic Acid 90%

Hydrochloric Acid 10%

Hydrochloric Acid 37%

Nitric Acid 20%

Nitric Acid 30%

Hydrochloric Acid 37% (1:3

Perchloric Acid 60%

Phosphoric Acid 85%

Sulphuric Acid 25%

Sulphuric Acid 33%

Sulphuric Acid 77%

Sulphuric Acid 85%

Sulphuric Acid 98%

Bazlar:

Ammonium Hydroxide 28%

Sodium Hydroxide 10%

Sodium Hydroxide 20%

Sodium Hydroxide 40% 

Kalınlıklar: 13 mm, 16mm, 20mm, 25mm 

• Ceramic Worktop

Imported Industrial Ceramics (Stoneware) Laboratory Bench surface is produced in blocks up to a maximum of 200 cm. The Industrial Ceramic laboratory bench surface, which is produced in accordance with DIN EN 12916 Standards, is 26 mm in thickness and 33 mm with edge elevations. The outer surface layer is highly resistant to acid environment. Apart from that, it has high resistance against impacts, heat and water.

 Chemicals that passed the durability test with high marks: 

• Sodium chloride (10 %)
• Sodium hydroxide (10 %)
• Sodium hydroxide (20 %)
• Sodium hydroxide (40 %)
• Sodium hypochloride (13 %)
• n-butyl acetate
• n-hexane
• Perchloric acid (60 %)
• Phenol
• Phosphoric acid (85 %)
• Safranine
• Nitric acid (10 %)
• Nitric acid (20 %)
• Nitric acid (30 % )
• Nitric acid (65 %)
• Nitric acid (70 %)
• 50 % Nitric acid (65 %)
• 50 % Hydrochloric acid (37 %)
• Hydrochloric acid (10 %)
• Sulphuric acid (10 %)
• Sulphuric acid (25 %)
• Sulphuric acid (33 % )
• Sulphuric acid (77 %)
• Sulphuric acid (85 %)
• Sulphuric acid (96 - 98 %)
• 50 % Sulphuric acid (77 %)
• 50 % Nitric acid (70 %)
• 50 % Sulphuric acid (85 %)
• 50 % Nitric acid (70 %)
• Silver nitrate (1 %)
• Sudan lll
• Tetrachloromethane
• Tetrahydrofuran
• Toluol
• Trichlorethylene
• Hydrogen peroxide
• Xylol
• Zinc chloride

 Polypropylene Worktop

Polypropylene Bench surface is produced entirely from polypropylene material and in one piece. While standard bench thickness is 30 mm, it is 37 mm in models with water trap. Sink models also have self-surface droppers. This surface is extremely resistant to acids and solvents. Polypropylene benches have medium impact and heat resistance, while their resistance to water is high. It is generally preferred in sink washing benches.

 Stainless Steel Worktop

Stainless Steel Worktop surface is frequently used in wet areas and works requiring hygiene. 

Depending on the usage, a thickness of 1.20 - 1.50 mm is preferred. The edges are produced with self-barriers to prevent any liquid that may be poured on the counter from overflowing. It is easy to clean and has antibacterial properties. It is applied in 304 - 316 Ai / Si CRNi quality according to the purpose of use as a stainless quality.