The SS 304 Solenoid Valve Direct Acting for Upto 1000 PSI (70kg) Pressure Aira BBC-II 1/4″ to 1/2″ is a high-pressure industrial solenoid valve designed for precise and reliable fluid control in demanding applications. This Aira BBC-II SS 304 solenoid valve direct acting 1000 PSI delivers exceptional performance under extreme pressure conditions while ensuring leak-proof and efficient operation.
Manufactured with premium stainless steel 304 construction, this valve offers superior corrosion resistance, durability, and long service life.
Product Overview-
The SS 304 Solenoid Valve Direct Acting for upto 1000 PSI operates using a direct-acting electromagnetic mechanism that allows the valve to function efficiently even at zero pressure differential. It is specially engineered for high-pressure applications up to 1000 PSI (70kg).
Industries planning to buy Aira BBC-II SS 304 solenoid valve 1000 PSI prefer this valve for its robust construction and reliable operation. It is also widely selected by professionals comparing Aira BBC-II solenoid valve price India SS304 and reviewing Aira BBC-II solenoid valve specifications SS304 for industrial flow control systems.
Key Features
- Premium Aira BBC-II SS 304 solenoid valve direct acting 1000 PSI
- Durable stainless steel 304 body construction
- Direct acting mechanism for high-pressure applications
- Suitable for pressure up to 1000 PSI (70kg)
- Corrosion-resistant and leak-proof design
- Fast response and reliable operation
- Available in 1/4″ to 1/2″ sizes
- Easy installation and low maintenance
Technical Specifications:
- Product Type: Direct Acting Solenoid Valve
- Model: Aira BBC-II
- Body Material: SS 304 Stainless Steel
- Pressure Capacity: Upto 1000 PSI (70kg)
- Size Range: 1/4″ to 1/2″
- Operation: Direct Acting
- Media: Air, water, oil, gas, and compatible fluids
- Application: High-pressure industrial systems
Working Principle:-
The SS 304 Solenoid Valve Direct Acting for upto 1000 PSI works as follows:
- Electrical current energizes the solenoid coil
- Magnetic force lifts the plunger directly
- Opens or closes the valve flow path
- Controls high-pressure fluid flow efficiently
This direct acting mechanism allows operation without relying on inlet pressure.
Applications:
The Aira BBC-II SS 304 solenoid valve direct acting 1000 PSI is widely used in:
- High-pressure fluid control systems
- Industrial automation systems
- Hydraulic and pneumatic applications
- Oil and gas industries
- Chemical and process industries
Performance Benefits
- Handles extremely high pressure up to 1000 PSI
- Reliable and leak-proof operation
- Excellent corrosion resistance with SS 304 body
- Fast response and efficient flow control
- Long service life with minimal maintenance
Conclusion
The SS 304 Solenoid Valve Direct Acting for Upto 1000 PSI (70kg) Pressure Aira BBC-II 1/4″ to 1/2″ is an ideal solution for reliable high-pressure fluid control in industrial systems. With its robust stainless steel construction and direct acting mechanism, it delivers exceptional performance in demanding environments.
If you are planning to buy Aira BBC-II SS 304 solenoid valve 1000 PSI, this Aira BBC-II SS 304 solenoid valve direct acting 1000 PSI is a dependable and high-performance choice.




Highly satisfied with the SS 304 Solenoid Valve Direct Acting for upto 1000 PSI. Excellent performance, corrosion-resistant design, and long-lasting durability.
The SS 304 Solenoid Valve Direct Acting for upto 1000 PSI is compact, sturdy, and performs consistently. Ideal for systems requiring high-pressure control.
Excellent build quality! The SS 304 Solenoid Valve Direct Acting for upto 1000 PSI works flawlessly under demanding conditions. Durable and highly efficient.
Very reliable SS 304 Solenoid Valve Direct Acting for upto 1000 PSI. It handles pressure efficiently and ensures stable flow control. Easy installation and low maintenance.
The SS 304 Solenoid Valve Direct Acting for upto 1000 PSI performs exceptionally well. Strong stainless steel body and smooth operation make it perfect for high-pressure applications.