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VALVES

First Plunger Valve Manufacturer in Turkey

Application

  • Drinking Water Lines
  • Drinking Water Treatment Plants
  • Waste Water Treatment Plants

Control

  • Handwheell
  • Electrical Actuator
  • Pneumatic Actuator
  • Hydraulic Actuator
  • On – Off or Modulating Operation

ADVANTAGES

  • Compact Design (EN 558-1 Series 14)
  • Low Operation Torque for Bigger Diameters with Double Eccentric
  • Low maintance cost
  • Leakage Tests, EN 12266 Class A (completely tightness)

DESIGN

  • TS EN 593 Certificated
  • Double Flange
  • Double Eccentric
  • Flanges DIN EN 1092 PN 10 – PN40
  • Valve Shaft Double Offset
  • Face to Face EN 558-1 Series 14 (DIN 3202,F4) (Short Pattern is Optional)
  • Mechanical Position Indicator and Limit stops on Gear Box
  • Body Sealing Surface;
  • Corrosion - Resistant Stainless Welded AISI 316 and Microfinished.
  • Adjustable and Replaceable Sealing Ring
  • EN 12516 – 1 Steel Welded Design (Optional)
  • Max Operation Temperature 50 °C (120 °C Optional)

CORROSION PROTECTION

  • Electrostatic Powder Coating for
  • Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawater

Application

  • Open – Close valve for high presure and flow velocity
  • Pump Control Valve
  • Water Level Control Valve
  • Bottom Outlet Valve
  • Turbine Inlet and Turbine By – Pass Valve
  • Pressure Control Valve for Drinking Water
  • Flow Rate Regulation Valve
  • Pressure Control for Irrigation Projects

Control

  • Handwheell
  • Electrical Actuator
  • Pneumatic Actuator
  • Hydraulic Actuator
  • On-off or Modulating Operation

ADVANTAGES

  • Pressure, flow rate and water level control valve
  • Low operation torques on high pressure diferences
  • High safety coefficient design
  • Lineer regulation capability
  • Suitable for modulating operation
  • Low cavitation risk
  • Metal seaing, additional EPDM seal ring
  • Special outlet design for project.
  • Operation types for application areas
  • Low maintenance cost

DESIGN

  • TS EN 593 Certificated
  • PN10 – PN64
  • Double Flange
  • Face to Face EN 558 – 1 Series 15 (up to DN500 1,5 x DN)
  • Open Close and Control Valve
  • Axial Movement for Plunger
  • Rotationally Symetric Flow
  • Metal seaing, additional EPDM seal ring
  • Adjustable and Replaceable Sealing Ring
  • Mechanical position indicator and limit stops on gear box
  • Max Operation Temperature 50°C
  • Movement Parts are Stainless Steel

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

Application

Control

  • Electrical Control
  • Pneumatic Control
  • Hydraulic Control
  • Electrical Motor Controlled

DESIGN

  • Face to Face Dimensions TS EN 558 – 1 Series 20 /(DIN3202 / K1)
  • Flanges TS EN 1092 – 2, PN10
  • Wafer Type
  • Non Rising Design
  • Hand operated

MATERIAL

  • Body : GJS 400-15
  • Sliding (Knife) : Stainless Steel 1.4301
  • Selaing : U and Horizontal EPDM

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

Application

Control

  • Electric actuator
  • Hydraulic actuator

DESIGN

  • Special design for operating pressure
  • Completely steel construction
  • Sealing surfaces are stainless steel
  • Gate level indicator
  • Special design square flanges
  • Handwheel operated

MATERIAL

  • Body and gate steel constructıon EN12516-1
  • Stainless steel sealing surfaces
  • Valve shaft stainless steel AISI 420

CORROSION PROTECTION

  • Epoxy coating for drinking water
  • Zinch rich epoxy primer
  • Coal-tar epoxy coating

OPTIONAL

  • Input- output transition parts

Application

Control

DESIGN

  • Flanges are EN 1092
  • Axial symetrical flow direction
  • High discharge capacity
  • Special sealing between cylindirical sleeve and body (soft seal)
  • Body surface stainless steel coating
  • Low operation force
  • Double cylinder hydraulic control mechanism

MATERIAL

  • Body and sleeve pipe is steel construction EN12516-1
  • Sleeve-mainbody contact surface stainless steel
  • Special profile EPDM sealing ring
  • Valve shaft stainless steel AISI 420 (X20Cr13)

OPTIONAL

  • DN > 2000
  • PN > 16
  • Pipeline fittings ( welded design )

CORROSION PROTECTION

  • Epoxy coating for drinking water
  • Zinch rich epoxy primer
  • Coal-tar epoxy coating

Application

  • When the turbine inlet valve closed it is using for bypass the water in penstock and save from hammer and high pressure

Control

  • Counterweight and hydraulic pistons help closing very fast with the provide of hydraulic piston will be closed

DESIGN

  • Flanges DIN EN 1092
  • Open – close and control valve
  • Circle section symmetrical flow
  • Moving linear plunger
  • Metal sealing, and EPDM sealing ring
  • V-port for high pressure difference
  • Maximum working temprature 50 °C

MATERIAL

  • Body is ductile iron casting (GGG-40/50)
  • Moving internal parts stainless steel AISI 304
  • Valve shaft is stainless steel AISI 420
  • Bearing is bronze
  • Plunger seal ring EPDM

OPTIONAL

  • Electrical actuator
  • Handwheel
  • DN > 1400

Application

  • Turbine Inlet Valves in Hydroelectric Power Plants
  • Emergency Shut Off Valves in Dams and Reservoirs
  • Check Butterfly Valves for Pumping Stations

Control

  • Hydraulic Actuator

ADVANTAGES

  • Opening and Closing With Hydraulic Piston
  • Closing With Counter Weight
  • High Security Coefficient
  • Suddenly Shut-Off for Emengency
  • Additional Limit Switch for Hydraulic Leakages
  • Two Different Operation Adjust Valve

DESIGN

  • TS EN 593 Certificated
  • Double Flange
  • Double Eccentric
  • Flanges DIN EN 1092 PN 10 – PN40
  • Valve Shaft Double Offset
  • Face to Face EN 558-1 Series 14 (DIN 3202,F4) (Short Pattern is Optional)
  • Mechanical Position Indicator and Limit stops on Gear Box
  • Body Sealing Surface;
  • Corrosion - Resistant Stainless Welded AISI 316 and Microfinished.
  • Adjustable and Replaceable Sealing Ring
  • EN 12516 – 1 Steel Welded Design (Optional)
  • Max Operation Temperature 50 °C

CORROSION PROTECTION

  • Electrostatic Powder Coating for
  • Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawater

Application

  • Drinking Water Lines
  • Drinking Water Treatment Plants
  • Pumping Stations
  • Irrigation Projects
  • Dams and Reservoirs
  • Neutral Gas and Cool Power Plants
  • Hydroelectric Power Plants
  • Industrial Plants

Control

  • Handwheell
  • Electrical Actuator
  • Pneumatic Actuator
  • Hydraulic Actuator
  • On – Off or Modulating Operation

ADVANTAGES

  • Compact Design (EN 558-1 Series 14)
  • Low Operation Torque for Bigger Diameters with Double Eccentric
  • Low maintance cost
  • Leakage Tests, EN 12266 Class A (completely tightness)

DESIGN

  • TS EN 593 Certificated
  • Double Flange
  • Double Eccentric
  • Flanges DIN EN 1092 PN 25
  • Valve Shaft Double Offset
  • Face to Face EN 558-1 Series 14 (DIN 3202, F4)
  • Mechanical Position Indicator and Limit stops on Gear Box
  • Body Sealing Surface;
  • Corrosion - Resistant Stainless Welded AISI 316 and Microfinished.
  • • Adjustable and Replaceable Sealing Ring (WRAS approwad EPDM)Max Operation Temperature 85 °C

CORROSION PROTECTION

  • Electrostatic Powder Coating (Coating Brands Certificated by WRAS)

PUMPS

Efficiency, Quality, Competitive Price

Application

Control

MATERIAL

  • Motor body ductile iron GGG 40/50
  • Cooling jacket ST37-2 / AISI 304
  • Motor shaft is AISI 420 X20Cr13
  • Fasteners AISI316
  • Impeller is ductile iron GGG/40/50
  • • FOR WET MOUNTING
  • Pedestal, ductile iron GGG 40-50 / stainless steel
  • Fasteners are galvanized steel
  • Pipe coupling socket is ductile iron GGG 40/50
  • • FOR DRY MOUNTING
  • Pump chassis ST37-2

DESIGN

  • TS EN 12599 certificated
  • 380 V 50 Hz 3phase squirrel cage motor
  • Motor insulation class H
  • 1,3- 7,5 kw cooling vane (cooling jacket is optional)
  • 11-630 kw closed circuit cooling system
  • DI sealing sensor in the oil reservoir between the electrıc motor and the pump
  • Maintenance free bearings
  • There is a thermister temperature sensor for protect over heating of motor
  • Stainless steel shaft
  • Optionally completely in stainless steel manufacturing
  • Custom manufacturing according to the type of fluid
  • Dry, wet, horizontal and vertical mounting ability
  • Epoxy coating

SPECIFICATIONS

  • Discharge Outlets DN50-800
  • Motor power is 1,3-630 kw
  • Operating voltage is 380 V 50 Hz (3 phase)
  • Insulation class: H
  • Protection class: IP68
  • Type of starting: star delta, directly, soft starter
  • Type of cable: H07RNF
  • Standart cable length is 10 meters
  • Mechanical seal SiC–SiC / W-C

TYPE OF IMPELLER

  • Closed impeller
  • One – two – three channel big solid size impeller
  • One channel two channel contrablock (CB)
  • Open impeller
  • Vortex impeller

CHECK VALVES

Maximum Safety, Minimum Cost

Application

Control

  • Closing with counterweight
  • Closing with hydraulic damper

DESIGN

  • TSE-EN 12334 certificated
  • Double flanged
  • Valve disk double offset
  • Flanges DIN EN1092 - PN 10/16 norms
  • Face to face EN558-1 Series 14, DIN3202 F4
  • Body and disk sealing surface is corrosion – resistant stainless steel welded AISI 316
  • Adjustable counterweight lever
  • Maximum operating temperature 50 °C

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

MATERIAL

  • Body and disk ductile iron GGG 40/50
  • Valve shaft stainless steel AISI 420
  • Shaft bearing is bronze
  • Epoxy coating for drinking water

OPTIONAL

  • DN > 2000
  • PN > 16
  • Stainless steel disk and body
  • Adjustable and replaceable EPDM sealing ring
  • Disk designed with angle

Application

Control

  • Closing with hydraulic damper
  • Working with counterweight and without counterweight

DESIGN

  • TS EN 12334
  • Flanges DIN EN1092 - PN 10/16 Norms
  • Face to face EN558-1 series 48 (2DN+100)
  • Maximum operating temperature 50 °C

OPTIONAL

  • DN > 1000
  • PN > 16
  • Stainless steel disk and body
  • Adjustable and replaceable EPDM sealing ring

MATERIAL

  • Body and disk ductile iron GGG 40/50
  • Valve shaft stainless steel AISI 420
  • Shaft bearing is bronze

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

Application

Control

DESIGN

  • TS EN 12334 certificated
  • Double flange
  • Flanges DIN EN1092
  • PN 10/16/25/40/64
  • Face to face EN 558-1 series 14 (DIN3202, F4 )
  • One piece rigid design
  • Body sealing surface; corrosion-resistant stainless steel welded AISI 316 and microfinished
  • Axial closing design by spring
  • Axial movement by disk
  • Replaceable inside parts
  • EPDM sealing ring
  • Internal fasteners of valve are stainless steel

MATERIAL

  • Body ductile iron GGG40/50
  • Disk ductile iron GGG40/50
  • EPDM sealing ring
  • Checkvalve shaft is; AISI 420 (X20Cr13)
  • Shaft bearing is bronze

OPTIONAL

  • DN > 1600
  • Stainless steel body and disk

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

POWER PLANTS EQUIPMENTS

Solution Partner for Energy

Application

  • Turbine Inlet Valves in Hydroelectric Power Plants
  • Emergency Shut Off Valves in Dams and Reservoirs
  • Check Butterfly Valves for Pumping Stations

Control

  • Hydraulic Actuator

ADVANTAGES

  • Opening and Closing With Hydraulic Piston
  • Closing With Counter Weight
  • High Security Coefficient
  • Suddenly Shut-Off for Emengency
  • Additional Limit Switch for Hydraulic Leakages
  • Two Different Operation Adjust Valve

DESIGN

  • TS EN 593 Certificated
  • Double Flange
  • Double Eccentric
  • Flanges DIN EN 1092 PN 10 – PN40
  • Valve Shaft Double Offset
  • Face to Face EN 558-1 Series 14 (DIN 3202,F4) (Short Pattern is Optional)
  • Mechanical Position Indicator and Limit stops on Gear Box
  • Body Sealing Surface;
  • Corrosion - Resistant Stainless Welded AISI 316 and Microfinished.
  • Adjustable and Replaceable Sealing Ring
  • EN 12516 – 1 Steel Welded Design (Optional)
  • Max Operation Temperature 50 °C

CORROSION PROTECTION

  • Electrostatic Powder Coating for
  • Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawater

Application

  • When the turbine inlet valve closed it is using for bypass the water in penstock and save from hammer and high pressure

Control

  • Counterweight and hydraulic pistons help closing very fast with the provide of hydraulic piston will be closed

DESIGN

  • Flanges DIN EN 1092
  • Open – close and control valve
  • Circle section symmetrical flow
  • Moving linear plunger
  • Metal sealing, and EPDM sealing ring
  • V-port for high pressure difference
  • Maximum working temprature 50 °C

MATERIAL

  • Body is ductile iron casting (GGG-40/50)
  • Moving internal parts stainless steel AISI 304
  • Valve shaft is stainless steel AISI 420
  • Bearing is bronze
  • Plunger seal ring EPDM

OPTIONAL

  • Electrical actuator
  • Handwheel
  • DN > 1400

Application

Control

DESIGN

  • Flanges are EN 1092
  • Axial symetrical flow direction
  • High discharge capacity
  • Special sealing between cylindirical sleeve and body (soft seal)
  • Body surface stainless steel coating
  • Low operation force
  • Double cylinder hydraulic control mechanism

MATERIAL

  • Body and sleeve pipe is steel construction EN12516-1
  • Sleeve-mainbody contact surface stainless steel
  • Special profile EPDM sealing ring
  • Valve shaft stainless steel AISI 420 (X20Cr13)

OPTIONAL

  • DN > 2000
  • PN > 16
  • Pipeline fittings ( welded design )

CORROSION PROTECTION

  • Epoxy coating for drinking water
  • Zinch rich epoxy primer
  • Coal-tar epoxy coating

Application

Control

  • Electric actuator
  • Hydraulic actuator

DESIGN

  • Special design for operating pressure
  • Completely steel construction
  • Sealing surfaces are stainless steel
  • Gate level indicator
  • Special design square flanges
  • Handwheel operated

MATERIAL

  • Body and gate steel constructıon EN12516-1
  • Stainless steel sealing surfaces
  • Valve shaft stainless steel AISI 420

CORROSION PROTECTION

  • Epoxy coating for drinking water
  • Zinch rich epoxy primer
  • Coal-tar epoxy coating

OPTIONAL

  • Input- output transition parts

ACCESORIES

Components for Valves and Pumps

Application

  • Entrance of control valves
  • Drinking water treatment plants

Control

DESIGN

  • Body is 65° horizontal to flow
  • Flanges DIN EN1092
  • PN 10/16/25
  • Perforated filter is stainless steel
  • There is a plug for cleaning residuals dirty on the filter

MATERIAL

  • Body ductile iron GGG-40/50
  • Filter is stainless steel
  • Flange connection bolts are galvanized steel

OPTIONAL

  • DN > 600
  • Manometers are input and output of strainer
  • Discharge valve on blind flanges
  • All of body stainless steel

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

Application

  • Enterance of Control Valves
  • Drinking water treatment plants

Control

DESIGN

  • Designed in parallel with the flow
  • Flanges DIN EN 1092
  • Suitable for PN 10/16/25
  • Stainless steel perforated filter
  • Filter without removing the valve or line , allowing clear all the accumulated sediment compact design
  • Two input for clean water filter cleaning
  • Sewage outlet cover under valve

MATERIAL

  • Body ductile iron GGG-40/50
  • Filter is stainless steel
  • Flange connection bolts are galvanized steel

OPTIONAL

  • DN > 1400
  • Manometers are input and output of strainer
  • Discharge valve on blind flanges
  • All of body stainless steel

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

Application

  • Drinking Water Lines
  • Drinking Water Treatment Plants
  • Waste Water Treatment Plants

Control

DESIGN

  • TS K 461
  • Flanges according to DIN EN1092
  • Easily fixing to valves
  • Three parts body design
  • Movement Capability ±25mm
  • Maximum operating temperature 50°C

OPTIONAL

  • DN > 2800
  • Stainless steel body parts
  • Bolts and nuts are stainless steel

CORROSION PROTECTION

  • Electrostatic Powder Coating for Drinking Water
  • Zinch – Rich Epoxy Primer
  • Coal – Tar Epoxy
  • Glass Flake Epoxy
  • Enamel Epoxy for Ultraviolet
  • Completely Stainless Steel Design
  • Ebonite Coating for Seawaater

MATERIAL

  • Body ductile iron GGG 40/50
  • Body ductile iron GGG 40/50
  • Galvanized bolts and nuts