PTFE G400

SC 1600

An innovative material to replace asbestos based seals and conventional PTFE products

Features

Uses Pharmaceutical Industry

Property	Unit	Method	Value
Pressure, max	bar	/	60
Temperature, min	°C	/	-200
Temperature, max	°C	/	+260
P x T, max	bar x °C	/	11.000
Density	g/cm3	ASTM D792	1,60
Compression Modulus Room Temperature - 20 Mpa KSW	%	DIN 28090-2	25
Modulo di Compressione 150°C - 20 Mpa - 16 ore WSW	%	DIN 28090-2	7
Creep Relaxation Room Temperature - 1 Mpa KRW	%	DIN 28090-2	32
Compression Modulus 150°C - 20 Mpa - 16 hours WSW	%	DIN 28090-2	5
Recovery	mm	DIN 28090-2	0,07
Leakage Rate with nitrogen N2, 40bar, 32 N/mm2	mg/s/m	DIN 28090-2
Leakage Rate with nitrogen N2, 40bar, 32 N/mm2	cm3 /min	DIN 3535	0,02
Compression Creep 150°C - 30 N/mm2	N/mm2	DIN 52913	14

Colour: Light Blue

An innovative material to replace asbestos based seals and conventional PTFE products.

Features

Uses Chemical and Petrochemical Industry

Food and Pharmaceutical Industry

Property	Unit	Method	Value
Pressure, max	bar	/	85
Temperature, min	°C	/	-200
Temperature, max	°C	/	+260
P x T, max	bar x °C	/	12.000
Density	g/cm3	ASTM D792	2,20
Compression Modulus Room Temperature - 20 Mpa KSW	%	DIN 28090-2	8
Modulo di Compressione 150°C - 20 Mpa - 16 ore WSW	%	DIN 28090-2	3
Creep Relaxation Room Temperature - 1 Mpa KRW	%	DIN 28090-2	15
Compression Modulus 150°C - 20 Mpa - 16 hours WSW	%	DIN 28090-2	4
Recovery	mm	DIN 28090-2	0,07
Leakage Rate with nitrogen N2, 40bar, 32 N/mm2	mg/s/m	DIN 28090-2	< 0,01
Leakage Rate with nitrogen N2, 40bar, 32 N/mm2	cm3 /min	DIN 3535	0,01
Compression Creep 150°C - 30 N/mm2	N/mm2	DIN 52913	16,5
Compression Creep 175°C - 50 N/mm2	N/mm2	DIN 52913	29

An innovative material to replace asbestos based seals and conventional PTFE products

Features

Superior chemical resistance
Excellent resistance to deformation
No ageing
High compressibility
High sealability
No water absorption
Non-flammable
Easy maintenance (assembling/disassembling)
Complies with FDA specifications
21 CFR 177.1550
21 CFR 175.300
Complies with REG. EU 10/2011
In compliance with TA-Luft VDI 2240

Uses Chemical and Petrochemical Industry

Food and Pharmaceutical Industry

Property	Unit	Mehod	Value
Pressure, max	bar	/	80
Temperature, min	°C	/	-200
Temperature, max	°C	/	+260
P x T, max	bar x °C	/	12.000
Density	g/cm3	ASTM D792	2,24
Compression Modulus Room Temperature - 20 Mpa KSW	%	DIN 28090-2	7
Creep Relaxation Roome Temperature - 1 Mpa KRW	%	DIN 28090-2	3
Compression Modulus 150°C - 20 Mpa - 16 hours WSW	%	DIN 28090-2	37
Creep Relaxation 150°C - 1 Mpa - 16 hours WRW	%	DIN 28090-2	5
Recovery	mm	DIN 28090-2	0,09
Leakage Rate	mg/s/m	DIN 28090-2
Leakage Rate (with Nitrogen)	cm3 /min	DIN 3535	0,01
Compression Creep 150°C - 30 N/mm2	N/mm2	DIN 52913	16

Colour: White - Grey

Features

Uses
Chemical and Petrochemical Industry

Food and Pharmaceutical Industry

Property	Unit	Mehod	Value
Pressure, max	bar	/	80
Temperature, min	°C	/	-200
Temperature, max	°C	/	+260
P x T, max	bar x °C	/	12.000
Density	g/cm3	ASTM D792	2,20
Compression Modulus Room Temperature - 20 Mpa KSW	%	DIN 28090-2	11
Creep Relaxation Roome Temperature - 1 Mpa KRW	%	DIN 28090-2	3
Compression Modulus 150°C - 20 Mpa - 16 hours WSW	%	DIN 28090-2	45
Creep Relaxation 150°C - 1 Mpa - 16 hours WRW	%	DIN 28090-2	4
Recovery	mm	DIN 28090-2	0,08
Leakage Rate	mg/s/m	DIN 28090-2
Leakage Rate (with Nitrogen)	cm3 /min	DIN 3535	0,01
Compression Creep 150°C - 30 N/mm2	N/mm2	DIN 52913	14

Colour: Light Blue