Referencias

1- Excelente / 2 - Satisfactorio / 3 - Insatisfactorio

 PROD. QUIMICOS PURO CARB.GRAFITO BORNCE FIB. DE VIDRIO
Acetaldeído
1
1
1
1
Acetona
1
1
1
1
Sulfato de Aluminio
1
1
2
1
Clorato de Amonio
1
1
3
1
Hidroxido de Amonio
1
1
3
2
Anilina
1
1
3
1
Benzeno
1
1
1
1
Acido Borico
1
1
1
1
Salmuera
1
1
1
1
Bromo (Anhidro)
1
3
3
2
Disulfato de carbono
1
1
1
1
Acido cloroacético
1
1
2
1
Clorobenzeno
1
1
1
1
Cloroformo
1
1
1
1
Acido crónico
1
2
3
2
Acido Cítrico
1
1
1
1
Eter dietílico
1
1
1
1
Etilenglicol
1
1
1
1
Acidos Grasos
1
1
1
1
Clorato Férrico
1
1
3
1
Sulfato Férrico
1
1
3
1
Acido Fluorsilísico
1
2
3
3
Acido Fórmico
1
1
1
1
Freon (Liquido)
1
1
1
1
Acido hidrobórico
1
1
3
2
Acido Muriatico
1
1
3
2
Acido Hidrociánico
1
     
Acido Hidrofluorito
1
1
3
3
Sol.de Sulfato de H.Acido
1
1
3
3
Maleico
1
1
1
1
Sales de Mercurio
1
1
2
1
Nafta
1
1
3
2
Naftalina
1
1
3
1
Sales de Níquel
1
1
1
1
Acido Nítrico (0-50%)
1
1
1
1
Nitro Benzeno
1
1
1
1
Fenol
1
3
3
2
Acido Fosfórico
1
1
1
1
Acido Ftalico
1
1
2
1
Acido Pícrico
1
1
1
1
Piridina
1
1
1
1
Acido Salicilico
1
2
3
2
Nitrato de Plata
1
1
1
1
Carbonato de Sodio
1
1
1
1
Hidróxido de Sodio
1
1
1
1
Nitrato de Sodio
1
1
1
1
Peróxido de Sodio
1
1
3
1
Silicato de Sodio
1
1
3
1
Sulfato de Sodio
1
2
3
3
Acido Sulfúrico
1
1
1
1
Acido Tánico
1
1
3
2
Acido Tartárico
1
1
3
2
Tricloroetileno
1
1
3
3
Clorato de Zinc
1
1
3
3

DATOS TECNICOS

P/MD
  • 100% MODIFIED VIRGIN PTFE
 MECHANICAL PROPERTIES TEST METHOD UNITS GRADE NFF GRADE FF GRADE FF HD
 
Specific gravity ASTM D 4894 g/cm3 2,16 +/- 0,02 2,16+/- 0,02 2,16 +/- 0,02
Tensile Strenght* ASTM D 4894 Mpa 30 28 28
Elongation* ASTM D 4894 % 400 380 350
Bulk Density ASTM D 4894 g/l - 600-670 760-820
Hardness NEEDLE Shore D 60 - 54 60-54 60-54
Diametric Shrinkage INTERNAL % 3,0+/-0,5 3,0+/-0,5 3.0+/-0.5
Flow INTERNAL Sec/50 g - 4 3
Flow stability INTERNAL Sec/50 g - 4 3
Average particle size ISO 13320 μm 150-200 400-700 400-600
RECOMMENDED MOULDING PRESSURE: 250-300 Kg/cm²
MAX SINTERING TEMPERATURE: 365-370 °C


GENERAL APPLICATION:
Typical properties and application of modified PTFE as piping, vessels, seals and gaskets.

Safety- Toxicology

This product is a fluoroplastic material, so normal precautions observed with fluoroplastics should be followed. Before processing this product, be sure to read and follow all precautions and directions for use contained in the product Material Safety Data Sheet.

Technical Information

This information is based on our experience to date and we believe it to be reliable. It is intended only as a guide for use at your discretion and risk. We cannot assume liability in connection with the final use or transformation of the products described in this TDS. None of this information is to be taken as a licence to operate under, in order to infringe any patents.

P/40 GL
  • 60% VIRGIN PTFE
  • 40% +/- 2 GLASS FIBRE
 MECHANICAL PROPERTIES TEST METHOD UNITS GRADE NFF GRADE FF
 
Specific gravity ASTM D 4894 g/cm3 2,27 +/- 0,02 2,27+/- 0,02
Tensile Strenght* ASTM D 4894 Mpa 14 12
Elongation* ASTM D 4894 % 140 120
Bulk Density ASTM D 4894 g/l - 650
Hardness NEEDLE Shore D 65 - 63 65-63
Diametric Shrinkage INTERNAL % 1,6+/-0,5 1,6+/-0,5
Flow INTERNAL Sec/50 g - 4
Flow stability INTERNAL Sec/50 g - 4
Average particle size ISO 13320 μm - 700-400
* Cross direcction
RECOMMENDED MOULDING PRESSURE: 400-500 Kg/cm²
MAX SINTERING TEMPERATURE: 370-375 °C


GENERAL APPLICATION:
This grade offers a good wear and excellent chemical resistance. For bearing application, P/28 GL is considered to have optimum glass content and is recommended where contact with a strong acid or strong base occurs.

Safety- Toxicology

This product is a fluoroplastic material, so normal precautions observed with fluoroplastics should be followed. Before processing this product, be sure to read and follow all precautions and directions for use contained in the product Material Safety Data Sheet.

Technical Information

This information is based on our experience to date and we believe it to be reliable. It is intended only as a guide for use at your discretion and risk. We cannot assume liability in connection with the final use or transformation of the products described in this TDS. None of this information is to be taken as a licence to operate under, in order to infringe any patents.

P/15 GL GREEN
  • 85% VIRGIN PTFE
  • 15% +/- 1 GLASS FIBRE + SPECIAL PIGMENT CONFORM TO RoHs EUROPEAN DIRECTIVE
 MECHANICAL PROPERTIES TEST METHOD UNITS GRADE NFF GRADE FF GRADE E
 
Specific gravity ASTM D 4894 g/cm3 2,21 +/- 0,02 2,21+/- 0,02 2,21 +/- 0,02
Tensile Strenght* ASTM D 4894 Mpa 25 22 20
Elongation* ASTM D 4894 % 280 240 210
Bulk Density ASTM D 4894 g/l - 650 600
Hardness NEEDLE Shore D 64 - 60 64-60 64-60
Diametric Shrinkage INTERNAL % 2,0+/-0,5 2,0+/-0,5 -
Flow INTERNAL Sec/50 g - 4 6
Flow stability INTERNAL Sec/50 g - 4 6
Average particle size ISO 13320 μm - 400-700 400-8
* Cross direcction
RECOMMENDED MOULDING PRESSURE: 300-400 Kg/cm²
MAX SINTERING TEMPERATURE: 370-375 °C


GENERAL APPLICATION:
This grade offers a good wear and excellent chemical resistance.

Safety- Toxicology

This product is a fluoroplastic material, so normal precautions observed with fluoroplastics should be followed. Before processing this product, be sure to read and follow all precautions and directions for use contained in the product Material Safety Data Sheet.

Technical Information

This information is based on our experience to date and we believe it to be reliable. It is intended only as a guide for use at your discretion and risk. We cannot assume liability in connection with the final use or transformation of the products described in this TDS. None of this information is to be taken as a licence to operate under, in order to infringe any patents.

Consultar por características: Contacto

Consultar por características: Contacto

Consultar por características: Contacto

P/35 CAR MD
  • 65% MODIFIED VIRGIN PTFE
  • 35% +/- 2 CARBON COKE
 MECHANICAL PROPERTIES TEST METHOD UNITS GRADE NFF
 
Specific gravity ASTM D 4894 g/cm3 2,05 +/- 0,03
Tensile Strenght* ASTM D 4894 Mpa 18
Elongation* ASTM D 4894 % 60
Bulk Density ASTM D 4894 g/l -
Hardness NEEDLE Shore D 63 - 66
Diametric Shrinkage INTERNAL % 2,5+/-0,5
Flow INTERNAL Sec/50 g -
Flow stability INTERNAL Sec/50 g -
Average particle size ISO 13320 μm -
* Cross direcction
RECOMMENDED MOULDING PRESSURE: 400-500 Kg/cm²
MAX SINTERING TEMPERATURE: 365-370 °C


GENERAL APPLICATION:
It is preferable to other grades for application involving hydrofluoric acid. It has a higher wear rate. It has proved successfully as piston rings material, particularly in oil-free compressors.

Safety- Toxicology

This product is a fluoroplastic material, so normal precautions observed with fluoroplastics should be followed. Before processing this product, be sure to read and follow all precautions and directions for use contained in the product Material Safety Data Sheet.

Technical Information

This information is based on our experience to date and we believe it to be reliable. It is intended only as a guide for use at your discretion and risk. We cannot assume liability in connection with the final use or transformation of the products described in this TDS. None of this information is to be taken as a licence to operate under, in order to infringe any patents.

P/40 BZ GREEN
  • 60% VIRGIN PTFE
  • 40% +/- 2 IRREGULAR BRONZE POWDER ANTI-OXIDANT + SPECIAL PIGMENT CONFORM TO RoHs EUROPEAN DIRECTIVE
 MECHANICAL PROPERTIES TEST METHOD UNITS GRADE NFF GRADE FF GRADE FF HD
 
Specific gravity ASTM D 4894 g/cm3 3,10 +/- 0,05 3,10+/- 0,05 3,10+/- 0,05
Tensile Strenght* ASTM D 4894 Mpa 25 22 20
Elongation* ASTM D 4894 % 270 240 230
Bulk Density ASTM D 4894 g/l - 980 1000
Hardness NEEDLE Shore D 68- 64 68-64 68-64
Diametric Shrinkage INTERNAL % 2,5+/-0,5 2,5+/-0,5 -
Flow INTERNAL Sec/50 g - 4 3
Flow stability INTERNAL Sec/50 g - 4 3
Average particle size ISO 13320 μm - 400-700 400-600
* Cross direcction
RECOMMENDED MOULDING PRESSURE: 400-600 Kg/cm²
MAX SINTERING TEMPERATURE: 365-370 °C


GENERAL APPLICATION:
Generally recommended as a good bearing material and preferable to glass fibre either at higher speeds, where its greater thermal conductivity is used.

Safety- Toxicology

This product is a fluoroplastic material, so normal precautions observed with fluoroplastics should be followed. Before processing this product, be sure to read and follow all precautions and directions for use contained in the product Material Safety Data Sheet.

Technical Information

This information is based on our experience to date and we believe it to be reliable. It is intended only as a guide for use at your discretion and risk. We cannot assume liability in connection with the final use or transformation of the products described in this TDS. None of this information is to be taken as a licence to operate under, in order to infringe any patents.

Consultar por características: Contacto

P/25 CAR 5 CER
  • 70% VIRGIN PTFE
  • 25% +/- 2 CARBON COKE
  • 5% +/- 0,5 CERAMIC POWDER
 MECHANICAL PROPERTIES TEST METHOD UNITS GRADE NFF
 
Specific gravity ASTM D 4894 g/cm3 2,08 +/- 0,05
Tensile Strenght* ASTM D 4894 Mpa 18
Elongation* ASTM D 4894 % 60
Bulk Density ASTM D 4894 g/l -
Hardness NEEDLE Shore D 65- 67
Diametric Shrinkage INTERNAL % 3,0+/-0,5
Flow INTERNAL Sec/50 g -
Flow stability INTERNAL Sec/50 g -
Average particle size ISO 13320 μm -
* Cross direcction
RECOMMENDED MOULDING PRESSURE: 450-550 Kg/cm²
MAX SINTERING TEMPERATURE: 370-375 °C


GENERAL APPLICATION:
It is preferable to other grades for application involving hydrofluoric acid. It has a higher wear rate. It has proved successfully as piston rings material, particularly in oil-free compressors.

Safety- Toxicology

This product is a fluoroplastic material, so normal precautions observed with fluoroplastics should be followed. Before processing this product, be sure to read and follow all precautions and directions for use contained in the product Material Safety Data Sheet.

Technical Information

This information is based on our experience to date and we believe it to be reliable. It is intended only as a guide for use at your discretion and risk. We cannot assume liability in connection with the final use or transformation of the products described in this TDS. None of this information is to be taken as a licence to operate under, in order to infringe any patents.