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Fluorine-Lined Ball Valve

Fluorine-Lined Ball Valve

Structural Features

• Valve body is generally made of carbon steel or stainless steel, with the inner wall entirely lined with PTFE.

• Common lining materials: F4 (PTFE), F46, PFA, PO, etc.

• The ball is also PTFE-coated/lined for full-flow-channel corrosion protection.

• The structure is mostly a floating ball, with flange connections as the primary method.

• The sealing surface has inherent corrosion-resistant and anti-stick properties.

PRODUCT DETAIL

Working Principle

• 90° rotation of the ball achieves switching.

• The medium only contacts the fluoroplastic liner, preventing corrosion of the metal valve body.

• Smooth flow path, no scaling, no media adhesion.

• Soft-seal structure, achieving zero leakage.

 

Core Advantages

1. Superior Corrosion Resistance
Resistant to almost all acids, alkalis, and organic solvents, including concentrated sulfuric acid, liquid alkali, ketones, esters, aromatics, and alcohols.

2. Non-stick and Self-lubricating
Media does not easily adhere, resulting in low flow resistance and high flow rate.

3. Wide Applicable Temperature Range
Standard temperature range: -20℃ to 180℃; PFA can withstand even higher temperatures.

4. Excellent Sealing Performance
Suitable for toxic, harmful, highly corrosive, and volatile media.

5. High Cost-Effectiveness
Using fluoroplastic-lined carbon steel instead of expensive alloy valves results in lower costs.

 

Applicable Media

• Strong Acids: Sulfuric acid, hydrochloric acid, nitric acid, phosphoric acid

• Strong Alkalis: Liquid alkali, sodium hydroxide

• Strong Solvents: Acetone, MEK, xylene, benzene, various esters, alcohols

• Corrosive salt solutions, wastewater, chemical mixtures

 

Applicable Industries

• Chemicals, pesticides, dyes, electroplating, metallurgy

• Environmental protection, wastewater treatment, acid and alkali conveying systems

• Petrochemicals, fine chemicals, pharmaceuticals

 

Common Materials

• Connection: Flange connection

• Pressure: PN10, PN16, Class 150

• Lining: PTFE (F4), F46, PFA

• Valve Body: WCB carbon steel, 304/316 stainless steel

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Related Products

Pneumatic Floating Ball Valve

Pneumatic Floating Ball Valve

Structural Features

• The ball has no lower support shaft; it is held only by the valve seats at both ends, allowing for slight floating under medium pressure.

• The valve stem is top-mounted, connecting to the ball, and is only responsible for rotation, not bearing axial pressure.

• Double-sided sealing: When closed, the ball is pushed towards the outlet valve seat by the medium pressure, forming a self-tightening seal.

• Simple structure: The valve body, ball, valve seat, valve stem, and stuffing box have few components, making maintenance convenient.

Working Principle

• Opening: Rotate the valve stem 90°, aligning the ball's through-hole with the pipeline, allowing smooth media flow.

• Closing: Rotate the valve stem 90° in the opposite direction, aligning the ball's through-hole perpendicular to the flow path; media pressure pushes the ball tightly against the outlet valve seat, with a tighter seal at higher pressures.

Thin Ball Valve

Thin Ball Valve

Structural Features

• Ultra-compact: 40%~60% shorter in length and 30%~50% lower in height than standard ball valves

• Lightweight: 30%~50% lighter, easier installation

• Connection: Mainly wafer type (clipped between two flanges), flange type is also available

• Opening and Closing: 90° rotation of the ball for quick shut-off/connection

• Low Flow Resistance: Full-bore design ensures smooth media flow and low pressure loss

• Excellent Sealing: Soft seal (PTFE/PPL) or metal seal, zero leakage

• Optional Features: Anti-static, fire-resistant structure, safety locking

Fixed Ball Valve

Fixed Ball Valve

Structural Features

• The valve core is a fixed shaft structure, positioned by bearings/sleeves at the top and bottom.

• The valve core itself does not move back and forth; sealing is achieved by the valve seat pressing against the valve core.

• It is a bidirectional sealing structure.

• Common connections: flange connection, welded connection.

Ceramic Ball Valve

Ceramic Ball Valve

Key Features:

1. Superior Corrosion Resistance: Zirconia/alumina ceramics are resistant to almost all acid, alkali, and salt media, and do not rust or corrode.

2. Ultra-High Wear and Erosion Resistance: The high hardness of the ceramic means it experiences almost no wear under particulate media and slurry erosion, resulting in a lifespan far exceeding that of stainless steel.

3. Stable Sealing and Non-Stuck-Up: The smooth ceramic surface does not scale or adhere, ensuring stable switching torque and preventing jamming.

4. Zero Leakage: Precision ceramic mating seals enable bidirectional sealing.

5. No Media Contamination: The ceramic's high inertness prevents metal ion precipitation, making it suitable for high-purity and clean environments.

Disadvantages: Relatively brittle, not resistant to severe impacts or sudden temperature changes; careful selection and installation are required.

+86 19858780995

+86 19858780995

+86 19858780995

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