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Valve Chemical Base Fluids

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Valve Chemical Base Fluids Specification

Connection Type
Threaded / Flanged

Control System
Manual/Automatic

Material
Stainless Steel (SS 304/316)

Features
Corrosion Resistant, Easy Maintenance, High Flow Capacity

Valve Size
15mm to 100mm

Valve Type
Ball Valve

Application
Industrial Chemical Processing

Voltage
220V / 110V

Sealing
PTFE / Viton

Structure
Multi-port Valve Body

Type
Base Fluid Valve

Power
Hydraulic

Pressure
1.6 MPa (Max)

Media
Chemical Base Fluids

Port Size
DN15 to DN100

Temperature
-10C to 80C

Disc
PTFE Coated

Pin
Stainless Steel

Blow-out Proof Stem
Yes

Packing Material
High-grade PTFE

End Connection Standards
ANSI, DIN, JIS Compatible

Finish
Mirror Polished

Flow Control
On-Off & Throttle Regulation

Body Thickness
Standard ANSI/ASME Dimension

Operation
Quarter Turn

Leakage Class
Class VI

Compliance
Meets ISO 9001 Standards

Weight
Varies with size, approximately 2kg-12kg

Valve Chemical Base Fluids Trade Information

Main Domestic Market
Andhra Pradesh, Karnataka, Tamil Nadu, Kerala

About Valve Chemical Base Fluids

We have earned our name as a renowned supplier of Valve Chemical Base Fluids. This valve controls critical flow of air, gas, water, oil, and steam in applications spanning numerous industries. Our valve ranges from two-position on/off valves to flow control systems that impact thousands of users. It is a new industry standard for reliability and power consumption, accepting both AC and DC voltages while improving performance. Valve Chemical Base Fluids can handle most fluid control applications and are now available with Class I, division 2 approvals.

Features:

Long service life
Less power consumption
Maintenance free

Robust Design for Industrial Performance

Crafted from corrosion-resistant stainless steel, this valve ensures reliability even in aggressive chemical processing environments. The mirror-polished finish not only provides aesthetic value but also enhances durability. Standard body thickness along with a blow-out proof stem offer additional safety for critical operations.

Advanced Flow Control and Versatility

The valve facilitates fine-tuned regulation of base fluids, supporting both on-off and throttle functions through its quarter-turn operation. Its compatibility with a range of connection standards (ANSI/DIN/JIS) and flexible port sizes allows seamless integration into existing process pipelines, while multi-port body options enable complex fluid management.

Dependable Sealing and Easy Maintenance

Equipped with high-grade PTFE or Viton seals and a PTFE-coated disc, this valve delivers robust, leak-tight performance (Class VI). Its user-friendly design allows straightforward maintenance, which is crucial for minimizing downtime in industrial chemical processing.

FAQs of Valve Chemical Base Fluids:

Q: How is this valve installed within industrial chemical processing systems?

A: The valve can be installed using either threaded or flanged connections, compliant with ANSI, DIN, or JIS standards. Its versatile design accommodates various pipeline setups, making it suitable for integration into new or existing chemical processing systems.

Q: What benefits does the blow-out proof stem provide in chemical applications?

A: A blow-out proof stem enhances operational safety by preventing accidental stem ejection under high-pressure conditions, a critical feature for handling hazardous chemical media in industrial settings.

Q: When should I choose PTFE versus Viton sealing for this valve?

A: Choose PTFE seals for applications involving strong acids or general chemicals, owing to their broad chemical compatibility. Opt for Viton seals when handling highly aggressive solvents or chemicals requiring superior temperature and chemical resistance.

Q: Where can this valve be used and what media is it suitable for?

A: This valve is designed for industrial chemical processing and is compatible with a wide range of chemical base fluids. Its corrosion-resistant properties and robust build make it ideal for demanding environments such as chemical plants, refineries, and pharmaceutical facilities.

Q: What is the process for switching between manual and automatic control?

A: The valve supports both manual operation via a standard handle and automatic control through hydraulic or electric actuators (compatible with 220V/110V). Switching involves installing the appropriate actuator or control mechanism as per operational requirements.

Q: How does the valve achieve a high level of leak prevention?

A: The use of high-grade PTFE or Viton packing, PTFE-coated disc, and precision-machined sealing surfaces together allow the valve to meet Class VI leakage standardsensuring secure containment and minimal risk of media escape.

Q: What are the primary advantages of using this valve in chemical processing?

A: Key advantages include corrosion resistance, easy maintenance, high flow capacity, enhanced operational safety from the blow-out proof stem, and flexible installation compatible with global standards. These features collectively ensure efficient, safe, and reliable fluid control.

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