MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 2-Way Ball Valves have ¼” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Their 90° handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torqueable seat glands provide longer valve life and dependability. Standard valves are supplied with Viton O-Rings rated to 300°F.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR 3-Way Ball Valves have 3/16” orifices and are capable of safe handling of liquids and gases up to 20,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.
Click on the underlined item number below to request a quote.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.
Click on the underlined item number below to request a quote.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.
Click on the underlined item number below to request a quote.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.
Click on the underlined item number below to request a quote.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.
Click on the underlined item number below to request a quote.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.
Click on the underlined item number below to request a quote.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR ball check valves prevent reverse flow where bubble tight shutoff is not mandatory. These check valves are designed with a ball cradled floating poppet to assure positive inline seating. This poppet design allows full flow around the ball to minimize pressure drop. Check valves are rated to 660°F. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Ball and spring: 300 series stainless steel

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR o-ring check valves provide high quality directional flow control and tight shutoff for liquids and gases. All check valves are supplied with glands and collars. These check valves are not to be used as a relief device.

Materials.
Body, cover, poppet, cover gland: 316 series stainless steel
Spring: 300 series stainless steel
O-ring: Viton “A” (-4°F to 392°F)

MAXIMATOR pipe valves with metal to metal seats have a high level of safety and reliability under adverse operating conditions. These valves may be used both with gases and liquids.
Traceability is ensured through extensively documented data (batch number, maximum pressure, material number, type designation). All pipe valves come with female national pipe threads (FNPT).
Click on the underlined item number below to request a quote.

MAXIMATOR pipe valves with metal to metal seats have a high level of safety and reliability under adverse operating conditions. These valves may be used both with gases and liquids.
Traceability is ensured through extensively documented data (batch number, maximum pressure, material number, type designation). All pipe valves come with female national pipe threads (FNPT).
Click on the underlined item number below to request a quote.