• +34  91 381 90 74
  • aesaga@aesaga.com
  • C/ de Tribaldos, 54 local 4 y 5 - 28043 Madrid (España)

Industrial technical plastics

A range of technical plastics used in industry

Products

General descriptions and applications

Polyamide
Type 6 and Type 6.6

Aramids family.

It's made by a ring opening polymerisation from the monomer caprolactam.

Uses: Fiber Thermoplastics.

Type 6 - Melting temperature 215 º C

Glass transition temperature: -40 º C

Work temperature: 90 º C

Type 6.6 - Melting temperature 280 º C

Glass transition temperature: -50 º C

Work temperature: 110 º C

Sheets, tubes and rollers.

Polyamide

Screws and Washers.

P.T.F.E.

Fluoropolymer resins.

Have exceptional resistance to high temperature, chemical reaction, corrosion, stress cracking and low friction properties.

Applications: Architecture fabrics.

Chemical Industry.

Electrical and Electronic Industry.

Automobile Industry.

Cabling materials.

Food Processing.

Semiconductor manufacturing.

Melting temperature: 320 º C.

Glass transition temperature: -250 º C.

Work temperature: 260 º C.

Sheets, tubes and rollers.

P.V.C. Poly (Vinyl-Chloride)

Uses: Thermoplastics.

Monomer: Vinyl - chloride.

Polymerisation: Free radical chain polymerisation,

Melting temperature: 110 º C.

Glass transition temperature: -10 º C.

Work temperature: 60 º C.

Density: 1,4 gr/cm3

Sheets, tubes an rollers.

Polyethilene
Type 500 and Type 1000

  • H.M.W. 500
  • H.M.W. 1000

Uses: Thermoplastics, fibers.

Monomer : Ethylene

Unbreakable.

Density : 0,94 gr/cm3

Water absorption: 100% rh 23º : 0,01%

Melting temperature : 137 º C.

Glass transition temperature : -130º C to -80º C

Work temperature : 80 º C.

Sheets and rollers.

Polypropylene

Uses: Thermoplastics, fibers, thermoplastics elastomers.

Unbreakable.

Density: 0,91gr/cm3

Water absorption: 100% rh 23º : 0,01%

Good behavior in acid medium, resistant to shock and wear.

Good behavior with heat.

Melting temperature: 174 º C

Glass transition temperature: -17 º C.

Work temperature: 100 º C.

Sheets and rollers.

Silicone

Melting temperature: 260 º C.

Glass transition temperature: -260 º C.

Work temperature: 220 º C.

Density: 1,20 gr/cm3

Water absorption: 100% rh 23º : 0%

Flexible, non-toxic, water repellent, very resistant to temperature

Sheets.

Poly (Methyl Metacrylate)

Uses: Thermoplastics.

Polymerisation : Free radical vinyl polymerisation.

Glass transition temperature: -120 º C.

Density: 1,19 gr/cm3.

Maximum continuous use temperature : 80º C.

Molding temperature: 160-180º C.

Light transmission transparent sheets: 93,7 %.

UV resistant

Good thermal stability and low water absorption.

PMMA transparent like glass an colours.

Sheets , tubes an rollers.

Polycarbonate

Polymerisation: Interfacial polymerisation.

Monomer: Bisphenol A.

Density: 1,20 gr/cm3.

Molding temperature: 180-210º C.

UV resistant.

Suitable to use inside and outside.

Melting temperature: 150

Glass transition temperature: -100 ºC.

Work temperature: 120 ºC.

Unbreakable.

Sheets.

Celular Polycarbonate

Sheets.

Polyuretanes

Sheets, tubes and rollers.

From 80º to 95º SHORE A.

Rubber - Neoprene

Sheets.

Polyoxymethylene - Polyacetal

Sheets, rollers and tubes.

All kind of parts machined according to drawings in any one of the materials mentioned above

plasticos-industriales-01
plasticos-industriales-02
plasticos-industriales-03
plasticos-industriales-04
plasticos-industriales-05
policarbonatos

Aislantes eléctricos Saga

Teléfono de Aislantes Eléctricos Saga