CHEMICALS RESISTANT LAMINATE (ASDCHEM)

The ASDChem is an type of laminate, which has been developed to use it in the locations where it is required to have resistance against chemical materials and for the locations where the chemical materials are used excessively and it is produced according to the EN 438 norms. The decorative surface of the laminate is produced as being reinforced against the harmful chemical materials.

CHARACTERISTICS

•High resistance against chemicals.
•High resistance against cracking and abrasion.
•High resistance against scratching.
•High resistance against chemical and water fumes.
•It is easy cleanable.
•High dimensional stability.
•High resistance against burning and emission of minimum of fumes during burning.
•High water resistance.
•High resistance against high temperatures.
•High resistance against humidity
•It is antistatic.

APPLICATIONS

•Industrial laboratories
•Photographic laboratories
•Electronic laboratories
•Nuclear laboratories
•Hospital laboratories
•University and school laboratories
•Cleaning rooms
•Industrial kitchens
•In every kind of work tops where high staining resistance and easy cleaning required.
•The chemical resistant laminates are generally produced as compact laminates. The product thickness start from 10 mm.

TECHNICAL CHARACTERISTICS OF THE PRODUCT

PRODUCTION INFORMATION



The dimension and the surface forms of metal laminate are as below table according to our production capability.

1.GROUP  The chemicals in this group do not harm the surface and the appearance for long term applications.
•4-amino acseto phenol
•naphtalene
•Acetic acid
•Acetic acid ethyl esther
•Acetic acid isamil esther
•Acetone
•Active carbon
•Water based adhesives
•Primary alcohols
•Secondary alcohols
•Barium chloride
•Amits
•Amines
•Aldehites
•Amonium chloride
•Amonium sulphate
•Barium sulphate
•Benzen
•Blood
•Boric acid
•Butyl acetate
•Butyl alcohol
•Calcium chloride
•Calcium hydroxide
•Calcium nitrate
•Casein
•Cement
•Costic soda 10% concentration
•Food salts
•Coffee
•Copper sulphate
•Detergents, eaters
•Formaldehyde
•Formic acid 10% concentration
•Glactouse
•Glucose
•Gliserene
•Fructose
•Glicol
•Ethyl acetate
•Graphite
•Plaster
•Heptanol
•Hekzane
•Isoproponal
•Ketons
•Lactic acid
•Lactose
•Lead nitrate
•Milk
•Magnesium chloride
•Lithium carbonate
•Lip stick
•Maltose
•Methanol
•Nicotine
•Mineral salts
•Nail lack
•Olive oil
•Parafin
•Nikel sulphate
•Perchloric acid
•Phenol phetaline
•Potassium bromate
•Potassium bromide
•Potassium carbonate
•Potassium nitrate
•Potassium sulphate
•Propanol
•Saccarose
•Sodium acetate
•Sodium bisulphate
•Sodium silicate
•Sorbitol
•Sitrene
•Tartaric acid
•Tee
•Terabentine
•Toluene
•Urea
•Uric acid
•Vaniline
•Vaseline
•Zinc sulphate
•Zinc chloride
•Potassium chromate
•Potassium dichromate
•Potassium permanganate
•Sodium hydrogen sulphate

Group: These type of chemicals should not be left on the surface more than 10 – 15 minutes. These chemicals should be cleaned off wet or humid cloth. If these chemical solutions are left on the surface for longer time, they can get dry and it will be difficult to clean.
•Aluminium chloride
•Amino sulphanic acid 10% concentration
•Aniline based paints
•Arsenic acid
•Costic soda
•Hair dyes
•Hydrochloric acid 10% concentration
•Hydrogen peroxide between 3 – 30%
•Lithium hydroxide more than 10% concentration
•Nitric acid up to 10% concentration
•Oxilic acid
•Phosphoric acid upto 10% concentration

1. Group: These type of chemicals should be cleaned immediately when they contact the surface. They can permanently stain the surface. The surface should be cleaned immediately.
•Chemical hardeners
•Amino sulphanic acid
•Arsenic acid
•Chroma sulphuric acid
•Formic acid
•Hydro chloride acid
•Hydro floric acid
•Hydrogen bromite
•Nitric acid
•Phosphoric acid
•Sulphuric acid

Group: The following chemicals and gasses damage the surface of the laminate immediately.
•Acid gasses
•Bromine
•Chlorine
•Nitrate gasses
•Sulphur dioxide