industrial process valve

Key Features

AUTOMA AB413 Brass Vertical Spring Check Valve
AUTOMA vertical spring check valve is designed to allow fluid flow in one direction only and automatically prevent backflow when flow stops.

SPECIFICATION:

• Cast Steel A216 WCB Body
• Face to face according to ANSI B16.10
• Flange end according to ANSI B16.5
• Test Standard to API 598

APPLICATION:

• Water, oil and neutral gases • Hot water and steam
 

Brand: AUTOMA
Body: Cast Iron
Seat: PTFE
Ball: SS304
Connection: ANSI-150 / JIS10K
Size: 2″ ~ 12″

Product Overview

• Full bore
• Investment casting body
• Blow-out-proof stem
• With ISO 5211 mounting pad
• Lever operated or gear

Key Features

AUTOMA A6SC2 Vertical Spring Check Valve
AUTOMA A6SC2 Series is a stainless steel spring-assisted check valve designed to allow flow in one direction only and automatically prevent backflow when flow stops, protecting pumps and piping systems.

SPECIFICATION:

• Cast Steel A216 WCB Body
• Face to face according to ANSI B16.10
• Flange end according to ANSI B16.5
• Test Standard to API 598

APPLICATION:

• Water, oil and neutral gases • Hot water and steam
 

Brand: AUTOMA
Body: WCB
Seat: PTFE
Ball: SS304
Connection: ANSI-150LB / ANSI-300LB / ANSI-600LB
Size: 1/2″ ~ 12″

Product Overview

• Full bore
• Investment casting body
• Blow-out-proof stem
• With ISO 5211 mounting pad
• Reinforced Teflon (R-PTFE) seat

AUTOMA AT513 3-Piece Body Disco Check Valve
AUTOMA AT513 Series is a stainless steel disco (spring-assisted) check valve designed to allow one-directional flow and prevent backflow in industrial pipeline systems. The valve can be installed in vertical or horizontal positions.

Brand: AUTOMA
Body: SS304
Seat: RPTFE
Ball: SS304
Connection: ANSI-150LB / ANSI-300LB
Size: 1/2″ ~ 12″

Product Overview

• Full bore
• Investment casting body
• Blow-out-proof stem
• With ISO 5211 mounting pad
• Reinforced Teflon (R-PTFE) seat is used

Construction Features:

• Bolted donnet or welded bonnet
• OS&Y
• Threaded ends or socket welding end
• Rising stem
• Rolled-in seat ring

Standards:

• Threaded ends:ASME B1.20.1
• Socket welding ends:ASME B16.

Construction Features:

• Bolted bonnet or welded bonnet
• OS&Y
• Threaded ends or socket welding end
• Rising stem
• Rolled-in seat ring

Standards:

• Flanged ends: ASME B16.5
• Butt- welding ends: ASME B16.25
• Face to face: ASME B16.

Brand: AUTOMA
Body: Brass
Seat: NBR
Disc: Brass
Connection: ISO 228/1
Size: 1/2″ ~ 4″

Product Overview

• Face to Face: Refer to catalogue below
• Pressure Rating: PN 16
• Applicable Media: Water, non-corrosive fluids,

Key Features

AUTOMA A6SC1 Swing Check Valve
AUTOMA A6SC1 Series is a stainless steel swing check valve designed to allow fluid flow in one direction and prevent backflow when flow stops, protecting pumps and downstream equipment.

Key Features

AUTOMA A5CH2 Lift (Piston) Check Valve
AUTOMA A5CH2 Series is a forged steel piston-type check valve designed to allow one-directional flow and prevent backflow in high-pressure systems.

The ARITA stainless steel full port 3-piece body ball valve with butt weld end is designed for reliable on-off flow control in high-pressure industrial and process piping systems. The full port (full bore) design allows unrestricted flow through the valve, minimizing pressure drop and ensuring high flow efficiency.

The ARITA stainless steel full port 2-piece body ball valve with ISO 5211 mounting pad is designed for reliable on-off flow control and direct automation using pneumatic or electric actuators. The full port (full bore) design allows unrestricted flow through the valve, minimizing pressure drop and improving system efficiency.

The ARITA stainless steel full port 3-piece body ball valve is designed for reliable on-off flow control in industrial and process piping systems. The full port (full bore) design allows unrestricted flow through the valve, minimizing pressure drop and making it suitable for applications where flow efficiency is critical.

The ARITA stainless steel full port 2-piece body ball valve is designed for reliable on-off flow control in industrial and utility piping systems. The full port design allows unrestricted flow through the valve, minimizing pressure drop and making it suitable for applications where flow efficiency is critical.

The ARITA stainless steel reduced port 1-piece body ball valve is designed for reliable on-off flow control in high-pressure industrial and utility piping systems. The reduced port design offers a compact and economical solution where full bore flow is not required.

The ARITA stainless steel 1-piece ball valve with butterfly handle is designed for reliable on-off flow control in general and industrial piping systems. The one-piece compact body, manufactured using investment casting, provides high structural strength and minimizes potential leakage points.

The ARITA forged stainless steel globe valve Class 800 is designed for high-pressure flow regulation and shut-off in demanding industrial and process piping systems.

The ARITA forged steel globe valve Class 800 is designed for high-pressure flow regulation and shut-off in industrial piping systems. The globe valve structure allows precise throttling by controlling the movement of the disc against the seat, making it suitable for applications involving steam, oil, gas, and water.

The ARITA ductile iron globe valve JIS 10K flanged end is designed for reliable flow regulation and shut-off in steam and industrial utility systems. The globe valve design uses a swivel disc mechanism, allowing controlled throttling and stable sealing performance, which is essential for steam service.

The ARITA ductile iron globe valve is designed for reliable steam flow regulation and shut-off in industrial piping systems. The globe valve structure allows precise throttling by moving the disc perpendicular to the flow direction, making it suitable for steam applications where controlled flow and stable sealing are required.

The ARITA stainless steel globe valve is designed for accurate flow regulation and shut-off control in industrial and utility piping systems. The globe valve structure allows controlled throttling by moving the disc perpendicular to the flow, making it suitable for applications that require precise flow adjustment.