•	Available Sizes	:	1/2” to 3/4” 1" 1,5"; DN 08 to DN 20 DN 25 DN40
•	Connections	:	ASME BPE TC, ETO, TC / ETO , TC DIN32676
•	Body Material	:	316L stainless steel bar stock,no castings or forgings are used.
•	Elastomers Material	:	FDA / USP Class VI
•	Outlet Spring Ranges:	:	0,2 – 1,5 bar/ 0,3 – 3 bar/ 2 – 8 bar /0,2-8 (P130A model)
•	Internal Surface Finish	:	= 0,51 micron Ra – SF1.
•	External Surface Finish	:	≤ 0,76 micron Ra – SF3
•	PN	:	PN16

Serie P130 is direct acting, spring loaded diaphragm sensing, pressure reducing valves are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the construction materials and valve design. This valve is specifically designed for the high purity gas systems found in the pharmaceutical, cosmetic, fine chemical and food & beverage processes.

• Completely machined from 316L stainless steel bar stock,no castings or forgings are used
• FDA / USP Class VI compliant seals
• No rising stem
• Self relieving (optional)
• Different soft valves for liquids and gases. (optional)
• Set point can be adjusted remotely using a relieving gas pressure regulator or through an I/P converter. Ease operation during the sterilization or cleaning process (SIP – CIP), by remotely increasing the set point, ensures that the valve stays totally open during the process. P130 A Model

•	Available Sizes	:	11/2”, 2” ; DN 32 to DN 50
•	Connections	:	Clamp ends or others on request
•	Body Material	:	316L stainless steel bar stock,no castings or forgings are used
•	Elastomers Material	:	FDA / USP Class VI
•	Outlet Spring Ranges	:	0,8 – 1,5 bar/ 1 – 3 bar/ 1,5 – 5 bar
•	Internal Surface Finish	:	= 0,51 micron Ra – SF1
•	External Surface Finish	:	≤ 0,76 micron Ra – SF3
•	PN	:

P173 serie is direct acting, spring-loaded diaphragm
sensing, pressure reducing valves are designed for use with clean
steam, compressed air, water and other gases or liquids compatible
with the construction materials.

•	Available Sizes	:	21/2” to 3”
•	Connections	:	Clamp ends or others on request
•	Body Material	:	316L stainless steel bar stock,no castings or forgings are used
•	Elastomers Material	:	FDA / USP Class VI
•	Outlet Spring Ranges	:	0,2 – 1,5 bar/ 0,3 – 3 bar/ 2 – 8 bar
•	Internal Surface Finish	:	= 0,51 micron Ra – SF1
•	External Surface Finish	:	= 0,76 micron Ra – SF3
•	PN	:	0.51 microns Ra - SF1

The P147 serie is sanitary pilot operated pressure reducing valves are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the construction materials and valve design. This valve is specifically designed for the high purity gas systems found in the pharmaceutical, cosmetic, fine chemical and food & beverage processes

•	Available Sizes	:	3/4” to 3,DN 20 to 50
•	Connections	:	Clamp ends or others on request
•	Body Material	:	316L stainless steel bar stock,no castings or forgings are used
•	Elastomers Material	:	FDA / USP Class VI (on request)
•	Outlet Spring Ranges	:	0,8 – 1,5 bar/ 1 – 3 bar/ 1,5 – 5 bar
•	Internal Surface Finish	:	= 0,51 micron Ra – SF1
•	External Surface Finish	:	= 0,76 micron Ra – SF3
•	PN	:

The P160 series is direct acting, spring-loaded, diaphragm sensing pressure reducing valves are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the construction materials.

•	Available Sizes	:	1” – DN 25
•	Connections	:	Clamp ends or others on request
•	Body Material	:	316L stainless steel
•	Elastomers Material	:	FDA / USP Class VI (on request)
•	Outlet Spring Ranges	:	5 to 500 mbar (4000 mbar with dome load)
•	Internal Surface Finish	:	= 0,51 micron Ra – SF1
•	External Surface Finish	:	= 0,76 micron Ra – SF3
•	PN	:	PN16

Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (consequently, production losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2).