Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali

Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali

Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Reference unit price USD 58.17.

Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Reference unit price USD 58.17. White background product image, published as provided. - Body material: PTFE

Water / air / process media

Richtpreis

$58.28USD / Stück

USD reference unit price from the current listing.

Produktgalerie

Technische Daten

ParameterWert
Body materialPTFE
MaterialAluminum alloy
TypeHand Tool Parts
ApplicationAnalytical machine, acid,alkali, ozone gas
Port SizeM6
Model NumberYCFP51
PowerSolenoid
Temperature of MediaHigh Temperature
Brand NameYONGCHUANG
Structuredirect acting
Mediaaggressive media
Customized supportOEM, ODM
Standard or NonstandardStandard
Port ThreadM6
Orifice(mm)1.0,1.5
Product nameisolation valve
MediumACID,ALKALI
Pressure3 BAR
MOQ10pcs

Merkmale

  • Published USD reference unit price
  • Specification confirmation before ordering
  • OEM and ODM service available

Ursprüngliches Angebot: Originale Produktseite öffnen

Detailbilder

Aufbau, Anschluss, Spule und Montagehinweise für Magnetventil Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Weitere Ventile.

Magnetventil Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Weitere Ventile — Detail 1
Magnetventil Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Weitere Ventile — Detail 2
Magnetventil Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Weitere Ventile — Detail 3
Magnetventil Yongchuang YCFP51 Series PTFE Anti-corrosive Chemical Resistant Solenoid Valve For Acid And Alkali Weitere Ventile — Detail 4