Audited Supplier
Corrosive and Particulate Fluids
Stainless Steel
Flange
Custom
ANSI CLASS 150-900
Straight Through Type
Floating Ball Valve
Floating Ball Valve
Blow-Down Valve, Relief Valve
-40°c~180°c
ASME B16.5/Hg/DIN/JIS
Industrial Usage, Water Industrial Usage
KOWOV
Foam Packaging
Yantai
Product Description
Product Introduction: FCCV1 Ceramic Ball Valve for Polysilicon Industry - Acidic Wastewater Application
The FCCV1 Ceramic Ball Valve is specifically designed for the polysilicon industry, where it plays a critical role in handling acidic wastewater during the triple waste treatment process. The valve's construction ensures excellent resistance to corrosion, wear, and high-pressure environments, making it ideal for harsh chemical applications.
Product Specifications:
- Model: FCCV1
- Series: PK
- Connection Type: Flange (Flanged Connection)
- Drive Type: Pneumatic Spring-Return Actuator
- Valve Type: Control Valve (On/Off control)
- Pressure Rating: 150 Class
- Valve Body: 316L Stainless Steel
- Stem: HC Hastelloy C Alloy
- Medium: Acidic Wastewater
- Temperature: 40°C
- Pressure Differential: Actual Pressure Differential: Valve Inlet 0.58 MPa, Valve Outlet 0.53 MPa
- Industry: Silicon Chemical
- Sub-Industry: Polysilicon Manufacturing
- Application: Triple Waste Treatment (Acidic Wastewater)
Key Features:
- Corrosion-Resistant Construction: The 316L stainless steel valve body and Hastelloy C stem provide exceptional resistance to acidic environments, ensuring the valve operates reliably even under harsh conditions.
- Precise Flow Control: This ceramic ball valve allows for accurate control of acidic wastewater flow, critical for the efficient treatment of chemical waste.
- Zero Leakage Performance: The valve meets ANSI Class VI sealing standards, ensuring tight shut-off and preventing leaks that could compromise wastewater treatment processes.
- Durable Ceramic Lining: The fully ceramic-lined valve body enhances the valve's resistance to erosion, making it perfect for long-term use in abrasive acidic media.
- Pneumatic Actuation: The pneumatic spring-return actuator ensures precise and responsive operation, improving the efficiency of the wastewater treatment system.
- High-Pressure Resistance: Designed to handle high-pressure conditions, this valve is ideal for use in systems where pressure stability is essential for the effective flow of acidic wastewater.
The FCCV1 Ceramic Ball Valve provides a high-performance solution for handling acidic wastewater in the polysilicon industry, ensuring reliability, durability, and precise flow control in triple waste treatment applications.
The FCCV1 Ceramic Ball Valve is a cutting-edge solution designed to meet the rigorous demands of various industrial applications. Engineered with advanced structural ceramics, this valve combines exceptional durability, high performance, and superior corrosion resistance to deliver unmatched reliability in the harshest environments.
Ceramic Construction: Except for the valve stem, all wetted parts are made of high-quality ceramics, ensuring excellent wear and corrosion resistance.
High-Performance Sealing: The valve seat and ball core are ceramic-to-ceramic hard seals, providing tight shutoff and zero leakage performance that meets ANSI Class VI standards. Some parts of the FCCV1 also include sealing rings for enhanced airtightness.
High-Performance Sealing: The valve seat and ball core are ceramic-to-ceramic hard seals, providing tight shutoff and zero leakage performance that meets ANSI Class VI standards. Some parts of the FCCV1 also include sealing rings for enhanced airtightness.
Superior Durability: Structural ceramics used in the FCCV1 are designed to withstand high temperatures and severe wear conditions, significantly extending the valve's service life compared to traditional metal valves.
Precision Engineering: The valve's components are meticulously crafted to ensure optimal performance, with each part pair-ground to achieve perfect sealing and smooth operation.
Low Operating Resistance: The smooth ceramic surfaces and optimized flow path minimize flow resistance, reducing operational costs and enhancing system efficiency.
Fully Symmetrical Design: The completely symmetrical design makes installation easy and ensures reliable operation in various configurations.
Precision Engineering: The valve's components are meticulously crafted to ensure optimal performance, with each part pair-ground to achieve perfect sealing and smooth operation.
Low Operating Resistance: The smooth ceramic surfaces and optimized flow path minimize flow resistance, reducing operational costs and enhancing system efficiency.
Fully Symmetrical Design: The completely symmetrical design makes installation easy and ensures reliable operation in various configurations.
- Energy and Environmental Protection: Desulfurization, denitrification, three-waste treatment, fly ash slag removal, zero wastewater discharge.
- Hydrometallurgy and Casting: Ore mining and dressing, non-ferrous smelting, molding sand transportation, slag slurry regulation.
- Steel Metallurgy: Blast furnace coal injection, ash removal, sintering machine desulfurization, electric furnace carbon injection, molten iron pretreatment.
- Petrochemical: Catalytic cracking, drilling mud, acidic mixtures.
- Coal Chemical: Fly ash/water slurry transportation, black water/grey water/quenching water and slag water regulation, synthesis/conversion systems.
- Salt Chemical: Carbide slag slurry, salt mud, lime milk, ammonium salt water, sulfuric acid, hydrochloric acid, liquid chlorine.
- Silicon Chemical: Silicon powder transportation/venting, slag slurry/residual liquid treatment, fine powder tank venting.
- Mining and Smelting: Tailings backfill, ore slurry/sand transportation, cyanidation/smelting/electrolysis.
