HPL PHENOLIC MATERIALS

EXPERIMENTAL DESK SURFACE PLATE

MANUFACTURER: TRESPA - NETHERLANDS

ORIGIN: NETHERLANDS

 - Trespa toplab vertical size 3050x1530x6.0mm, white color

 - Trespa toplab plus size 3050x1530x13.0mm, Pastel Gray color

 - Trespa toplab plus size 3050x1530x13.0mm, Black color

 - Trespa toplab plus size 3050x1530x16.0mm, Pastel Gray color

 - Trespa toplab plus size 3050x1530x16.0mm, Black color

 - Trespa toplab plus size 3050x1530x20.0mm, Pastel Gray color

 - Trespa toplab plus size 3050x1530x20.0mm, Black color

EXPERIMENTAL DESK SURFACE PLATE

MANUFACTURER: TRESPA - NETHERLANDS

ORIGIN: NETHERLANDS

 - Trespa toplab vertical size 3050x1530x6.0mm, white color

 - Trespa toplab plus size 3050x1530x13.0mm, Pastel Gray color

 - Trespa toplab plus size 3050x1530x13.0mm, Black color

 - Trespa toplab plus size 3050x1530x16.0mm, Pastel Gray color

 - Trespa toplab plus size 3050x1530x16.0mm, Black color

 - Trespa toplab plus size 3050x1530x20.0mm, Pastel Gray color

 - Trespa toplab plus size 3050x1530x20.0mm, Black color

- Unjointed panel table top made of specialized phenolic HPL material imported from Trespa - Netherlands (made in the Netherlands) resistant to solvents, bases, and acids.  Used for 16mm thick light gray or black laboratory countertops.

 - Toplab Plus material panels are certified for resistance to over 49 chemicals by the Scientific Equipment and Furniture Association (SEFA - Scientific Equipment and Furniture Association); European Association for Certified Laboratory Technologies (EGNATON – European Association for Sustainable Laboratory Technologies) Unjointed panel table top made of specialized HPL material Trespa - Netherlands specialized for light gray laboratory table tops or black.

- Unjointed panel table top made of specialized phenolic HPL material imported from Trespa - Netherlands (made in the Netherlands) resistant to solvents, bases, and acids.  Used for 16mm thick light gray or black laboratory countertops.

 - Toplab Plus material panels are certified for resistance to over 49 chemicals by the Scientific Equipment and Furniture Association (SEFA - Scientific Equipment and Furniture Association); European Association for Certified Laboratory Technologies (EGNATON – European Association for Sustainable Laboratory Technologies) Unjointed panel table top made of specialized HPL material Trespa - Netherlands specialized for light gray laboratory table tops or black.

- Unjointed panel table top made of specialized phenolic HPL material imported from Trespa - Netherlands (made in the Netherlands) resistant to solvents, bases, and acids.  Used for 16mm thick light gray or black laboratory countertops.

 - Toplab Plus material panels are certified for resistance to over 49 chemicals by the Scientific Equipment and Furniture Association (SEFA - Scientific Equipment and Furniture Association); European Association for Certified Laboratory Technologies (EGNATON – European Association for Sustainable Laboratory Technologies) Unjointed panel table top made of specialized HPL material Trespa - Netherlands specialized for light gray laboratory table tops or black.

- Unjointed panel table top made of specialized phenolic HPL material imported from Trespa - Netherlands (made in the Netherlands) resistant to solvents, bases, and acids.  Used for 16mm thick light gray or black laboratory countertops.

 - Toplab Plus material panels are certified for resistance to over 49 chemicals by the Scientific Equipment and Furniture Association (SEFA - Scientific Equipment and Furniture Association); European Association for Certified Laboratory Technologies (EGNATON – European Association for Sustainable Laboratory Technologies) Unjointed panel table top made of specialized HPL material Trespa - Netherlands specialized for light gray laboratory table tops or black.

- Material made of HPL phenolic (High Pressure Laminates phenolic), manufactured according to EN 438, ISO 4586 standards, monolithic, 16mm thick, resistant to high pressure, surface covered with anti-corrosion Acrylic urethane layer with EBC technology ( Electron Beam Curing) helps keep the surface clean, prevents the growth of microorganisms, is easy to clean, is scratch resistant, heat resistant, resistant to solvents, chemicals, acids, bases, etc. Features are tested as follows:

- Physical properties:

Density: ≥ 1.35g/cm3, (EN ISO 1183 standard)

Tensile strength: ≥ 70 MPa (N/mm2), (EN ISO 527-2 standard)

Flexural strength: ≥ 100 MPa (N/mm2), (EN ISO 178 standard)

- Material made of HPL phenolic (High Pressure Laminates phenolic), manufactured according to EN 438, ISO 4586 standards, monolithic, 16mm thick, resistant to high pressure, surface covered with anti-corrosion Acrylic urethane layer with EBC technology ( Electron Beam Curing) helps keep the surface clean, prevents the growth of microorganisms, is easy to clean, is scratch resistant, heat resistant, resistant to solvents, chemicals, acids, bases, etc. Features are tested as follows:

- Physical properties:

Density: ≥ 1.35g/cm3, (EN ISO 1183 standard)

Tensile strength: ≥ 70 MPa (N/mm2), (EN ISO 527-2 standard)

Flexural strength: ≥ 100 MPa (N/mm2), (EN ISO 178 standard)

Elastic modulus: 9000 MPa (N/mm2), (standard EN ISO 178 and ASTM D638-08)

- Chemical properties:

Not affected by chemical ingredients including:

Acid solvent: Acetic acid 99%; Dichromate Acid 5%; Chromic Acid 60%; Farmic Acid 90%; Hydrochloric Acid 37%; Nitric Acid 20%; Perchloric Acid 60%; Phosphoric Acid 85%, Sulfuric Acid 85%

Base solvent: Amonium Hydroxide 28%;  Sodium Hydroxide 40%

Salt compound: Copper Sulphate 10%; Ferric III Chloride 10%; Potasium Iodte 10%; Potassium Permanganate 10%;  Siver Nitrate 1%;  Sodium Chloride 10%; Sodium Hypochlorite 10%

Organic compounds: Formaldehyde 37%; Hydrogen peroxide 3%; Phenol 90%

Organic solvents: Carbon Tetrachloride, Acetic Anhydride, Dichlor Acetic Acid, Ethylacetate, Toluene…

Elastic modulus: 9000 MPa (N/mm2), (standard EN ISO 178 and ASTM D638-08)

- Chemical properties:

Not affected by chemical ingredients including:

Acid solvent: Acetic acid 99%; Dichromate Acid 5%; Chromic Acid 60%; Farmic Acid 90%; Hydrochloric Acid 37%; Nitric Acid 20%; Perchloric Acid 60%; Phosphoric Acid 85%, Sulfuric Acid 85%

Base solvent: Amonium Hydroxide 28%;  Sodium Hydroxide 40%

Salt compound: Copper Sulphate 10%; Ferric III Chloride 10%; Potasium Iodte 10%; Potassium Permanganate 10%;  Siver Nitrate 1%;  Sodium Chloride 10%; Sodium Hypochlorite 10%

Organic compounds: Formaldehyde 37%; Hydrogen peroxide 3%; Phenol 90%

Organic solvents: Carbon Tetrachloride, Acetic Anhydride, Dichlor Acetic Acid, Ethylacetate, Toluene…

Solvents for mixing biological and microbiological media: Biological Stains, Acridine Orange 1%, Aniline Blue, water soluble 1%, Gentian Violet (dye) 1%, Wright Stain 1%, Malachite Green Oxalate 1%, ...

 Some properties of phenolic HPL materials tested according to ASTM are as follows:

 *Water absorption at 23 oC in 24 hours: 1.1%

 *Bending resistance: >95 Mpa

 *Compression strength: 252 Mpa

 *Hardness according to Rockwell: 121R

Solvents for mixing biological and microbiological media: Biological Stains, Acridine Orange 1%, Aniline Blue, water soluble 1%, Gentian Violet (dye) 1%, Wright Stain 1%, Malachite Green Oxalate 1%, ...

 Some properties of phenolic HPL materials tested according to ASTM are as follows:

 *Water absorption at 23 oC in 24 hours: 1.1%

 *Bending resistance: >95 Mpa

 *Compression strength: 252 Mpa

 *Hardness according to Rockwell: 121R