ARKPLAS Barb to Barb Standard Disc Check Valve AP19CV0025NN

Description
All Ark-Plas® Check Valve barbs are molded without a parting line. This means that every sealing surface on each barb is seamless all the way around, eliminating flash, or mold mismatch. Coupled with our high-quality manufacturing processes, a barb without a parting line helps to ensure a leak-proof seal with each use. By nature of our free-floating design, Ark-Plas® Check Valves are "zero-gravity" fittings, and can be used in any position with immediate response to even the slightest change in pressure or flow. All Check Valves can be purchased in six different material / diaphragm combinations. Each style of Standard Check Valve is stocked in one of four different materials: Kynar®, Polycarbonate, Nylon, and Polypropylene. These materials cover a wide range of chemical resistance, and physical properties. Kynar®, a registered trademark of Arkema Inc., features an excellent resistance to halogens, hot acids, alcohols, aromatics, oxidants, mild bases, aliphatics, fungus, abrasion, chloride, and ultraviolet rays. Polycarbonate is a transparent material, with high impact strength. Polycarbonate Check Valves are great for applications that require regular, visual inspection. Our most popular material, Nylon, functions exceptionally in most applications, and is known for its high strength-to-weight ratio, resistance to corrosion, and good mechanical characteristics. Polypropylene, our most economical material, offers an excellent chemical and moisture resistance. Check Valve diaphragm standard choices include Neoprene, Silicone, and Viton. Diaphragms should be matched closely to the body material by likeness in physical and chemical properties. This helps ensure that the best possible performance is achieved from Ark-Plas® Check Valves.
Description
All Ark-Plas® Check Valve barbs are molded without a parting line. This means that every sealing surface on each barb is seamless all the way around, eliminating flash, or mold mismatch. Coupled with our high-quality manufacturing processes, a barb without a parting line helps to ensure a leak-proof seal with each use. By nature of our free-floating design, Ark-Plas® Check Valves are "zero-gravity" fittings, and can be used in any position with immediate response to even the slightest change in pressure or flow. All Check Valves can be purchased in six different material / diaphragm combinations. Each style of Standard Check Valve is stocked in one of four different materials: Kynar®, Polycarbonate, Nylon, and Polypropylene. These materials cover a wide range of chemical resistance, and physical properties. Kynar®, a registered trademark of Arkema Inc., features an excellent resistance to halogens, hot acids, alcohols, aromatics, oxidants, mild bases, aliphatics, fungus, abrasion, chloride, and ultraviolet rays. Polycarbonate is a transparent material, with high impact strength. Polycarbonate Check Valves are great for applications that require regular, visual inspection. Our most popular material, Nylon, functions exceptionally in most applications, and is known for its high strength-to-weight ratio, resistance to corrosion, and good mechanical characteristics. Polypropylene, our most economical material, offers an excellent chemical and moisture resistance. Check Valve diaphragm standard choices include Neoprene, Silicone, and Viton. Diaphragms should be matched closely to the body material by likeness in physical and chemical properties. This helps ensure that the best possible performance is achieved from Ark-Plas® Check Valves.

Suppliers

Company
Product
Description
Supplier Links
Barb to Barb Standard Disc Check Valve - AP19CV0025NN - ARKPLAS
Flippin, AR, United States
Barb to Barb Standard Disc Check Valve
AP19CV0025NN
Barb to Barb Standard Disc Check Valve AP19CV0025NN
All Ark-Plas® Check Valve barbs are molded without a parting line. This means that every sealing surface on each barb is seamless all the way around, eliminating flash, or mold mismatch. Coupled with our high-quality manufacturing processes, a barb without a parting line helps to ensure a leak-proof seal with each use. By nature of our free-floating design, Ark-Plas® Check Valves are "zero-gravity" fittings, and can be used in any position with immediate response to even the slightest change in pressure or flow. All Check Valves can be purchased in six different material / diaphragm combinations. Each style of Standard Check Valve is stocked in one of four different materials: Kynar®, Polycarbonate, Nylon, and Polypropylene. These materials cover a wide range of chemical resistance, and physical properties. Kynar®, a registered trademark of Arkema Inc., features an excellent resistance to halogens, hot acids, alcohols, aromatics, oxidants, mild bases, aliphatics, fungus, abrasion, chloride, and ultraviolet rays. Polycarbonate is a transparent material, with high impact strength. Polycarbonate Check Valves are great for applications that require regular, visual inspection. Our most popular material, Nylon, functions exceptionally in most applications, and is known for its high strength-to-weight ratio, resistance to corrosion, and good mechanical characteristics. Polypropylene, our most economical material, offers an excellent chemical and moisture resistance. Check Valve diaphragm standard choices include Neoprene, Silicone, and Viton. Diaphragms should be matched closely to the body material by likeness in physical and chemical properties. This helps ensure that the best possible performance is achieved from Ark-Plas® Check Valves.

All Ark-Plas® Check Valve barbs are molded without a parting line. This means that every sealing surface on each barb is seamless all the way around, eliminating flash, or mold mismatch. Coupled with our high-quality manufacturing processes, a barb without a parting line helps to ensure a leak-proof seal with each use.
By nature of our free-floating design, Ark-Plas® Check Valves are "zero-gravity" fittings, and can be used in any position with immediate response to even the slightest change in pressure or flow. All Check Valves can be purchased in six different material / diaphragm combinations.
Each style of Standard Check Valve is stocked in one of four different materials: Kynar®, Polycarbonate, Nylon, and Polypropylene. These materials cover a wide range of chemical resistance, and physical properties. Kynar®, a registered trademark of Arkema Inc., features an excellent resistance to halogens, hot acids, alcohols, aromatics, oxidants, mild bases, aliphatics, fungus, abrasion, chloride, and ultraviolet rays. Polycarbonate is a transparent material, with high impact strength. Polycarbonate Check Valves are great for applications that require regular, visual inspection. Our most popular material, Nylon, functions exceptionally in most applications, and is known for its high strength-to-weight ratio, resistance to corrosion, and good mechanical characteristics. Polypropylene, our most economical material, offers an excellent chemical and moisture resistance.
Check Valve diaphragm standard choices include Neoprene, Silicone, and Viton. Diaphragms should be matched closely to the body material by likeness in physical and chemical properties. This helps ensure that the best possible performance is achieved from Ark-Plas® Check Valves.

Supplier's Site

Technical Specifications

  ARKPLAS
Product Category Industrial Valves
Product Number AP19CV0025NN
Product Name Barb to Barb Standard Disc Check Valve
Valve Type Ball Check; Check
Primary Material Nylon
Media Air; Compressed Air
Valve Size 0.25 inch (6.35 mm)
Unlock Full Specs
to access all available technical data

Similar Products

Pneumatic Manual Control Valves - 2022469 - RS Components, Ltd.
Specs
Valve Type Control Valve
Primary Material Polybutylene Terephthalate
Media Air
View Details
Two-Piece Safety Exhaust Valve - VMH2 Series - DynaQuip Controls
Specs
Valve Type Ball
Primary Material Brass / Bronze
Media Air
View Details
Solenoid Shut Off Valve - 1/2 inch -  - CO2Meter.com
Specs
Valve Type Solenoid; Shut Off
Valve Size 0.50 inch (12.70 mm)
Maximum Pressure 0.00 to 140.00 psi (0.0 to 98.53 m H2O)
View Details