- suitable for use with water and neutral liquids, to a maximum temperature +80oC.
- Designed and manufactured according to DIN3352-4 and ISIRI3363
- Flanges drilled according to ASME B16.5 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body, wedge and bonnet made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- The remaining features of the valve depend on each specific model
-
The valve is used in fire safety systems, oil, gas, and petrochemical industries and power plants for on/off purposes. -
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:
- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
Application:- Isolating
- Flow control (Maximum flow velocity 3 m/s)
- Easy installation and maintenance, low pressure drop.
- Suitable installation between flanges that are drilled in accordance with EN1092-2 or ASME B 16.5 without need of sealing washer for installation.
- Body and disc made of ductile iron EN1563 (GJS 400)
- Seat made of wear resistant EPDM rubber DIN53538-5
- Possibility of installation in any desired position.
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
- The valve is used in industrial, agricultural and water line system, potable water, pump station with maximum temperature of 80oC.
- Easy installation and maintenance, low pressure drop.
- Full bore valve
- Self cleaning property due to continuous movement of the ball.
- Excellent resistant to erosion and corrosion.
- Drilling and dimension of flanges according to (EN558-1) DIN3202-1
- Body mad of ductile iron EN1563 (GJS400)
- Ball made of Aluminum volcanized with EPDM according to DIN53538-5 resistant against friction and hammer effect.
- Stainless steel filter AISI304 according to DIN17440 with 5mm diameter of hole.
- Inside and outside surfaced of body with a minimum of 250 micron epoxy electrostatic method coating according DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
It is used in industrial, agricultural and water line systems, potable water and pump stations for non-corrosive liquids with maximum temperature of 80oC in order to prevent suspended particles enter the water network- Flanges Drilled according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Stainless steel filter AISI304 according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
This hydrant is used for fire extinguishing operations and municipal water lines- Easy and fast service and handling with no need to detach the valve from the pipeline (Designed by AICC)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16
- The obturator made of ductile iron volcanized with EPDM according to DIN53538-5
- Spindle made of stainless steel 1.4021 according to DIN17440 with rolled thread and ultra-burnished sealing surface
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
This hydrant is used for fire extinguishing operations and municipal water lines
- Easy and fast service and handling with no need to detach the valve from the pipeline (Designed by AICC)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16
- The obturator made of ductile iron volcanized with EPDM according to DIN53538-5
- Spindle made of stainless steel 1.4021 according to DIN17440 with rolled thread and ultra-burnished sealing surface
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Usable for water flow on/off purposes in agriculture and pools as on irrigation hydrant valve.
- Full bore valve (Seatless)
- Low price, light weight, reliable structure, easy service and handling.
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN 53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations for non-corrosive liquids with maximum temperature of 80oC- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to EN 558-1
- Body made of ductile iron EN1563(GJS400)
- The Blocking ball made of Aluminum volcanized with EPDM according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
The valve is used in industrial, agricultural and water line systems, potable water, pump stations, municipal and industrial sewage for non-corrosive liquids with maximum temperature of 80oC- This valve is exclusively designed by AICC to provide optimum service and operation
- Usable vertically or horizontally (Minimum pressure neede for sealing in horizontal status 1.5 Bar)
- Self-cleaning property due to continuous movement of the ball
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Body made of ductile iron EN1563(GJS400)
- Disk made of ductile iron volcanized with EPDM rubber according to DIN53538-5
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
- When installing valve, attention should be paid to the direction of arrow on the body.
-
Used in industrial and constructional fields and pumping stations for one-way flow of potable water and non-corrosive liquids with maximum temperature of 80oC; prevents back flow of liquids and hammer effects- Closing technique designed and Trimmed uniquely by AICC in order to prevent back flow of the liquid and its harmful and damaging impact
- Suitable for installing in different positions (Vertically or horizontally)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- Blocking Disk made of ductile iron volcanized with EPDM according to DIN53538-5 perfectly resistant against hammer effects
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Spindle made of stainless steel 1.4021 according to DIN17440
- Spring made of stainless steel according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Used in industrial and constructional fields and pumping stations for one-way flow of potable water and non-corrosive liquids with maximum temperature of 80oC; prevents back flow of liquids and hammer effects- Closing technique designed and Trimmed uniquely by AICC in order to prevent back flow of the liquid and its harmful and damaging impact
- Suitable for installing in different positions (Vertically or horizontally)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- Blocking Disk made of ductile iron volcanized with EPDM according to DIN53538-5 perfectly resistant against hammer effects
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Spindle made of stainless steel 1.4021 according to DIN17440
- Spring made of stainless steel according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Used in industrial and constructional fields and pumping stations for one-way flow of potable water and non-corrosive liquids with maximum temperature of 80oC; prevents back flow of liquids and hammer effects- Closing technique designed and Trimmed uniquely by AICC in order to prevent back flow of the liquid and its harmful and damaging impact
- Suitable for installing in different positions (Vertically or horizontally)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- Blocking Disk made of ductile iron volcanized with EPDM according to DIN53538-5 perfectly resistant against hammer effects
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Spindle made of stainless steel 1.4021 according to DIN17440
- Spring made of stainless steel according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Used in industrial and constructional fields and pumping stations for one-way flow of potable water and non-corrosive liquids with maximum temperature of 80oC; prevents back flow of liquids and hammer effects- Closing technique designed and Trimmed uniquely by AICC in order to prevent back flow of the liquid and its harmful and damaging impact
- Suitable for installing in different positions (Vertically or horizontally)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- Blocking Disk made of ductile iron volcanized with EPDM according to DIN53538-5 perfectly resistant against hammer effects
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Spindle made of stainless steel 1.4021 according to DIN17440
- Spring made of stainless steel according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Used in industrial and constructional fields and pumping stations for one-way flow of potable water and non-corrosive liquids with maximum temperature of 80oC; prevents back flow of liquids and hammer effects- Closing technique designed and Trimmed uniquely by AICC in order to prevent back flow of the liquid and its harmful and damaging impact
- Suitable for installing in different positions (Vertically or horizontally)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- Blocking Disk made of ductile iron volcanized with EPDM according to DIN53538-5 perfectly resistant against hammer effects
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Spindle made of stainless steel 1.4021 according to DIN17440
- Spring made of stainless steel according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677
-
Used in industrial and constructional fields and pumping stations for one-way flow of potable water and non-corrosive liquids with maximum temperature of 80oC; prevents back flow of liquids and hammer effects- Closing technique designed and Trimmed uniquely by AICC in order to prevent back flow of the liquid and its harmful and damaging impact
- Suitable for installing in different positions (Vertically or horizontally)
- Drilling and dimension of flanges according to EN 1092-2 and other standards upon request
- Body made of ductile iron EN1563(GJS400) for PN10/16 and EN1563(GJS500) for PN25
- Blocking Disk made of ductile iron volcanized with EPDM according to DIN53538-5 perfectly resistant against hammer effects
- Flanges face-to-face length according to (EN558-1) DIN3202-1
- Spindle made of stainless steel 1.4021 according to DIN17440
- Spring made of stainless steel according to DIN17440
- Inside and outside surfaces of ductile iron parts covered with a minimum of 250 micron epoxy electrostatic method coating according to DIN30677