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This is Butech's "Valve, Fitting, and Tube Comprehensive Catalog."

【Contents】 ■Ball Bubble ■Trunnion Valve ■Pipe Valve ■Tube Valve ■Accessories □For other functions and details, please download the catalog.

The perfect product for gas pressurization!! Please consider it.

**Features** - Air-driven, so no electricity is required at all - No lubrication needed for the airline - The air-driven section and gas section are isolated, preventing hydrocarbon contamination - Maximum pressure can be increased up to 269 MPa - A wide variety of models available to accommodate a broad range - Effective cooling utilizing the exhaust of the driving air - Custom systems as well as standard models can be manufactured - Applicable to most gases For other functions and details, please download the catalog.

No electricity needed! Boosts pressure up to 269 MPa. Usable with various gases, and prevents contamination.

The Haskel gas booster features a gas piston directly connected to an air piston with a large surface area, and the gas piston operates within a high-pressure gas barrel. The gas barrel and end cap are equipped with check valves for intake and discharge. The drive section includes a cycling spool and a pilot valve, allowing for continuous reciprocating operation when compressed air is supplied to the air drive inlet. 【Basic Models】 ◎ "AG Type" - Single action with one-stage compression ◎ "AGD-4" - Double action with one-stage compression ◎ "AGD" - Double action with one-stage compression ◎ "AGT-4" - Two-stage compression ◎ "AGT" - Two-stage compression *For more details, please refer to the documentation. Feel free to contact us with any inquiries.*

It is a device that collects helium gas used in the process and refills it into a high-pressure container. It is very effective for the environment and resources.

We will configure a variety of equipment according to the specified requirements. The low-pressure helium gas emitted from the process will be initially collected by a vacuum pump at around 0.03 MPa, then pressurized to 0.5-0.6 MPa in the second stage, and further pressurized and filled to several MPa to several tens of MPa using a gas booster. Of course, we can undertake the fabrication of all the equipment necessary to meet the customer's specified requirements, and it is also not a problem to only handle the final stage pressurization unit.

It is a device that collects the helium gas used in the process and refills it into a high-pressure container. It is very effective for the environment and resources.

We will configure a variety of devices according to the specified requirements. The low-pressure helium gas emitted from the process will be initially collected by a vacuum pump at around 0.03 MPa, then pressurized to 0.5-0.6 MPa in the second stage, and further pressurized and filled to several MPa to several tens of MPa using a gas booster. Of course, we can undertake the fabrication of all the equipment necessary to meet the customer's specified requirements, and it is also acceptable to only handle the final stage pressurization unit.

This is a device that collects helium gas used in the process and refills it into a high-pressure container. It is very effective for the environment and resources.

We will configure various devices according to the specifications required. The low-pressure helium gas emitted from the process will be initially collected at around 0.03 MPa using a vacuum pump, then pressurized to 0.5-0.6 MPa in the second stage, and further pressurized and filled to several MPa to several tens of MPa using a gas booster. Of course, we can undertake the fabrication of all the equipment necessary to meet the customer's specifications, and it is also not a problem to only handle the final stage pressurization unit.

It is a device that collects the helium gas used in the process and refills it into a high-pressure container. It is very effective for the environment and resources.

We will configure a variety of devices according to the specified requirements. The low-pressure helium gas emitted from the process will be initially collected at around 0.03 MPa using a vacuum pump, then pressurized to 0.5-0.6 MPa in the second stage, and further pressurized and filled to several MPa to several tens of MPa using a gas booster. Of course, we can undertake the fabrication of all the equipment necessary to meet the customer's specified requirements, and it is also not a problem to only handle the final stage pressurization unit.

This is a device that collects helium gas used in the process and refills it into a high-pressure container. It is very effective for the environment and resources.

We will configure a variety of devices according to the specified requirements. The low-pressure helium gas emitted from the process will be initially collected by a vacuum pump at around 0.03 MPa, then pressurized to 0.5-0.6 MPa in the second stage, and further pressurized and filled to several MPa to several tens of MPa using a gas booster. Of course, we can undertake the fabrication of all the equipment necessary to meet the customer's specifications, and it is also acceptable to only handle the final stage pressurization unit.

It is a device that collects the helium gas used in the process and refills it into a high-pressure container. It is very effective for the environment and resources.

We will configure a variety of devices according to the specified requirements. The low-pressure helium gas emitted from the process will be initially collected at about 0.03 MPa using a vacuum pump, then pressurized to 0.5-0.6 MPa in the second stage, and further pressurized and filled to several MPa to several tens of MPa using a gas booster. Of course, we can undertake the fabrication of all the equipment necessary to meet the customer's specified requirements, and it is also not a problem to only handle the final stage pressurization unit.