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D07
High-Efficiency Pneumatic Sterile αβ Valve is designed for aseptic product transfer in industrial applications. It ensures safe and efficient handling of materials, maintaining high reliability and performance.
This valve features a reliable construction for use in critical processes. With its easy installation and maintenance, it is ideal for industries requiring high standards of cleanliness, such as beverage, food, and pharmaceutical production.
No. | Name | Material | No. | Name | Material | |
1 | α Valve body-α- | SS/HC/Ti | 10 | Guide sleeve | 304 | |
2 | α Valve cap-α- | SS/HC/Ti | 11 | Gag lever post | 304 | |
3 | β Valve body-β | SS/HC/Ti | 12 | Cover board | 304 | |
4 | β Valve cap-β | SS/HC/Ti | 13 | Passive guide pin | 304 | |
5 | Valve seat | EPDM/FKM | 14 | Subplate | 304 | |
6 | Passive disc | SS/HC/Ti | 15 | Pressing plate | 304 | |
7 | Valve clack | SS/HC/Ti | 16 | Handle | 304 | |
8 | Passive clamp | 304 | 17 | Spacer pin | 304 | |
9 | Guide sleeve | PEEK | 18 | Bracket | 304 |
High Precision Design:
The pneumatic sterile αβ valve offers precise control over product transfer, reducing contamination risks.
Advanced Actuation:
Equipped with stainless steel pneumatic actuators, the valve ensures rapid and accurate opening and closing for a smooth operation.
Multi-Functionality:
Ideal for both liquid and gas mediums, it’s versatile for different applications such as sealing, regulating, and transferring sterile products.
Reliable Sealing Technology:
Features a PTFE (Teflon) sealing, ensuring leak-proof performance and preventing any cross-contamination in the system.
Corrosion and Heat Resistance:
Manufactured from high-quality stainless steel and titanium materials, the valve resists harsh chemical environments and high temperatures, making it suitable for industrial use.
Increased Production Efficiency:
The valve’s high flow rate and low pressure drop allow for rapid product transfer, increasing production efficiency without compromising quality.
Long-Term Durability:
Designed for long service life, the valve withstands heavy use with minimal maintenance, saving costs on repairs and replacements.
Reduced Cross-Contamination Risk:
Its fully sealed system prevents contamination between different product batches, ensuring purity in every transfer.
Reduced Maintenance Costs:
The robust materials and efficient design reduce the frequency of servicing, leading to lower overall maintenance costs.
Energy-Efficient Operation:
Designed with a low-energy pneumatic system, this valve reduces the energy consumption required for operation.
Pharmaceutical and Medical Industry:
Essential for sterile environments, especially in the transfer and mixing of liquids, pharmaceuticals, and chemicals without contamination.
Food and Beverage Industry:
Used for the sterile transfer of liquids like water, juices, and alcoholic beverages, ensuring high-quality production standards.
Water Treatment Systems:
Ideal for use in wastewater treatment and purification processes where hygiene and contamination control are critical.
Chemical Manufacturing:
Handles a variety of chemicals, including acids and solvents, safely and effectively in high-pressure conditions.
1: What materials are used in the construction of the pneumatic sterile αβ valve?
The valve is made from stainless steel, titanium, and high-quality elastomers for sealing.
2: What industries benefit from using the pneumatic sterile αβ valve?
The valve is widely used in pharmaceutical, food and beverage, and chemical industries.
3: Is the valve customizable?
Yes, the pneumatic sterile αβ valve is customizable for different application needs, such as size, pressure range, and materials.
4: How does the valve prevent cross-contamination?
The valve features a closed system with sanitary sealing to ensure safe and contamination-free product transfer.
5: What is the operating pressure range for the valve?
The valve operates within a pressure range of 0-16 bar, with an option to reach 25 bar.
High-Efficiency Pneumatic Sterile αβ Valve is designed for aseptic product transfer in industrial applications. It ensures safe and efficient handling of materials, maintaining high reliability and performance.
This valve features a reliable construction for use in critical processes. With its easy installation and maintenance, it is ideal for industries requiring high standards of cleanliness, such as beverage, food, and pharmaceutical production.
No. | Name | Material | No. | Name | Material | |
1 | α Valve body-α- | SS/HC/Ti | 10 | Guide sleeve | 304 | |
2 | α Valve cap-α- | SS/HC/Ti | 11 | Gag lever post | 304 | |
3 | β Valve body-β | SS/HC/Ti | 12 | Cover board | 304 | |
4 | β Valve cap-β | SS/HC/Ti | 13 | Passive guide pin | 304 | |
5 | Valve seat | EPDM/FKM | 14 | Subplate | 304 | |
6 | Passive disc | SS/HC/Ti | 15 | Pressing plate | 304 | |
7 | Valve clack | SS/HC/Ti | 16 | Handle | 304 | |
8 | Passive clamp | 304 | 17 | Spacer pin | 304 | |
9 | Guide sleeve | PEEK | 18 | Bracket | 304 |
High Precision Design:
The pneumatic sterile αβ valve offers precise control over product transfer, reducing contamination risks.
Advanced Actuation:
Equipped with stainless steel pneumatic actuators, the valve ensures rapid and accurate opening and closing for a smooth operation.
Multi-Functionality:
Ideal for both liquid and gas mediums, it’s versatile for different applications such as sealing, regulating, and transferring sterile products.
Reliable Sealing Technology:
Features a PTFE (Teflon) sealing, ensuring leak-proof performance and preventing any cross-contamination in the system.
Corrosion and Heat Resistance:
Manufactured from high-quality stainless steel and titanium materials, the valve resists harsh chemical environments and high temperatures, making it suitable for industrial use.
Increased Production Efficiency:
The valve’s high flow rate and low pressure drop allow for rapid product transfer, increasing production efficiency without compromising quality.
Long-Term Durability:
Designed for long service life, the valve withstands heavy use with minimal maintenance, saving costs on repairs and replacements.
Reduced Cross-Contamination Risk:
Its fully sealed system prevents contamination between different product batches, ensuring purity in every transfer.
Reduced Maintenance Costs:
The robust materials and efficient design reduce the frequency of servicing, leading to lower overall maintenance costs.
Energy-Efficient Operation:
Designed with a low-energy pneumatic system, this valve reduces the energy consumption required for operation.
Pharmaceutical and Medical Industry:
Essential for sterile environments, especially in the transfer and mixing of liquids, pharmaceuticals, and chemicals without contamination.
Food and Beverage Industry:
Used for the sterile transfer of liquids like water, juices, and alcoholic beverages, ensuring high-quality production standards.
Water Treatment Systems:
Ideal for use in wastewater treatment and purification processes where hygiene and contamination control are critical.
Chemical Manufacturing:
Handles a variety of chemicals, including acids and solvents, safely and effectively in high-pressure conditions.
1: What materials are used in the construction of the pneumatic sterile αβ valve?
The valve is made from stainless steel, titanium, and high-quality elastomers for sealing.
2: What industries benefit from using the pneumatic sterile αβ valve?
The valve is widely used in pharmaceutical, food and beverage, and chemical industries.
3: Is the valve customizable?
Yes, the pneumatic sterile αβ valve is customizable for different application needs, such as size, pressure range, and materials.
4: How does the valve prevent cross-contamination?
The valve features a closed system with sanitary sealing to ensure safe and contamination-free product transfer.
5: What is the operating pressure range for the valve?
The valve operates within a pressure range of 0-16 bar, with an option to reach 25 bar.