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J-VALVES
API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve
API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve .The J-VALVES Style Split-Body full port flanged end ball valves employ investment or shell cast bodies & tailpieces, all produced from ASTM grade materials that are properly heat treated and chemically finished. All wall thicknesses comply with ASME B16.34 as do bolting stress levels.
Industrial and Oil/Gas piping applications requiring the higher flow capacity and lower pressure drop of full port internal flow-ways, and those applications where ease of repairability is desired.
Cast steel floating ball valve,floating Ball Valves are designed, constructed, and tested according to API and ASME/ANSI Standards. Other international standards including BS and DIN are also available upon request.
1. API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Technical specifications:
l. 2-Piece Bolted Body, Full Port Construction
l Fully Compliant to ASME B16.34
l Fully Compliant to API 608
l API 607 6th Edition Fire-Safe
l All Models are NACE MR0175 Compliant
l Submerged Packing System & Direct Mount Actuation
l Standard ISO Actuator Mounting Pads on All Sizes
l Standard Locking Stainless Steel Handles
l Second Generation PTFE Seats Provide Higher Operating Temperatures
l Standard Electrically Grounded Ball & Stem
2. API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Product Specification:
l Size: 1/2''-10''(DN15~DN250)
l Pressure Rating: 150LB-600LB/PN16~PN100/10K~60K)
l Material: A351 CF8M/CF8/CF3/CF3M, A216 WCB, A352 LCB/LCC,F51/F53
l Suitable Temperature: -196ºC~450ºC( Different temperature choose different materials).
l Suitable Medium: Water, Steam, Oil and natural gas etc.
3.API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Product Feature:
l Floating ball, full bore or reduce bore.
l ISO5211 mounting pad for option.
l Blow-out proof stem design.
l PTFE/RPTFE seat seal( Seat seal material could be decided by customer's request or according to valve's medium & temp. condition).
l Anti-static design and API 607 Fire Safe Design available
l Operation: Hand wheel, Worm wheel, Pneumatic actuator & Electric Actuator.
4. API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Product Drawing:
Note: All the data should be confirmed with the approved drawings of manufacturer.
Tips:
We also manufacture other type valves, as butterfly valve, check valve, globe valve, Y strainer, sanitary butterfly valve, sanitary ball and so on.
Any item meets your interest, anything confused you, pls keep me posted, let's talk more.
J-VALVES Service:
l On Samples Buyer bear the air fee, but this fee will be reduced from order directly
l On After Sales Free replacement if there is any quality problem
l On Delivery Never delay delivery time
l On Materials Ensure material pure
l Ensure material pure
API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve
API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve .The J-VALVES Style Split-Body full port flanged end ball valves employ investment or shell cast bodies & tailpieces, all produced from ASTM grade materials that are properly heat treated and chemically finished. All wall thicknesses comply with ASME B16.34 as do bolting stress levels.
Industrial and Oil/Gas piping applications requiring the higher flow capacity and lower pressure drop of full port internal flow-ways, and those applications where ease of repairability is desired.
Cast steel floating ball valve,floating Ball Valves are designed, constructed, and tested according to API and ASME/ANSI Standards. Other international standards including BS and DIN are also available upon request.
1. API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Technical specifications:
l. 2-Piece Bolted Body, Full Port Construction
l Fully Compliant to ASME B16.34
l Fully Compliant to API 608
l API 607 6th Edition Fire-Safe
l All Models are NACE MR0175 Compliant
l Submerged Packing System & Direct Mount Actuation
l Standard ISO Actuator Mounting Pads on All Sizes
l Standard Locking Stainless Steel Handles
l Second Generation PTFE Seats Provide Higher Operating Temperatures
l Standard Electrically Grounded Ball & Stem
2. API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Product Specification:
l Size: 1/2''-10''(DN15~DN250)
l Pressure Rating: 150LB-600LB/PN16~PN100/10K~60K)
l Material: A351 CF8M/CF8/CF3/CF3M, A216 WCB, A352 LCB/LCC,F51/F53
l Suitable Temperature: -196ºC~450ºC( Different temperature choose different materials).
l Suitable Medium: Water, Steam, Oil and natural gas etc.
3.API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Product Feature:
l Floating ball, full bore or reduce bore.
l ISO5211 mounting pad for option.
l Blow-out proof stem design.
l PTFE/RPTFE seat seal( Seat seal material could be decided by customer's request or according to valve's medium & temp. condition).
l Anti-static design and API 607 Fire Safe Design available
l Operation: Hand wheel, Worm wheel, Pneumatic actuator & Electric Actuator.
4. API6D Stainless Steel Full Bore Floating Type Flanged Ball Valve Product Drawing:
Note: All the data should be confirmed with the approved drawings of manufacturer.
Tips:
We also manufacture other type valves, as butterfly valve, check valve, globe valve, Y strainer, sanitary butterfly valve, sanitary ball and so on.
Any item meets your interest, anything confused you, pls keep me posted, let's talk more.
J-VALVES Service:
l On Samples Buyer bear the air fee, but this fee will be reduced from order directly
l On After Sales Free replacement if there is any quality problem
l On Delivery Never delay delivery time
l On Materials Ensure material pure
l Ensure material pure
In industrial environments involving flammable and explosive media, the fire resistance performance of valves is of crucial importance. The ATEX standard is an authoritative standard used in Europe to evaluate the safety of equipment in potentially explosive environments and is widely applied in industries such as petroleum, natural gas, and chemical engineering. Ball valves and gate valves, as common types of industrial valves, have significant differences in their fire testing requirements under the ATEX standard.
Understanding DIN Standards for Ball ValvesWhat are DIN Standards?DIN standards are developed by the German Institute for Standardization and are widely recognized globally. These standards cover various aspects of valve design, manufacturing, testing, and marking, ensuring that ball valves are suit
The Importance of International CertificationsEnsuring Quality and SafetyInternational certifications, such as those from ANSI, API, DIN, EN, and ISO, provide a standardized framework for ensuring the quality, safety, and reliability of gate valves. These certifications cover various aspects of valv
Understanding API 594What is API 594?API 594 is a comprehensive standard developed by the American Petroleum Institute (API) that specifies the requirements for the design, construction, testing, and marking of check valves, including single-leaf check valves. Compliance with API 594 ensures that th
Overview of Common Materials for Full-Welded Ball ValvesThe material selection for full-welded ball valves is diverse, mainly including carbon steel, stainless steel, alloy steel, cast iron, and copper alloys. Each material has its unique physical and chemical properties, making it suitable for diff
In the petrochemical industry, the safety and reliability of valves are one of the key factors in ensuring production safety. Fireproof certification (such as API 607) is crucial for ensuring the performance of valves under fire conditions. Meanwhile, with the development of technology, alternative solutions to butterfly valves are constantly emerging. This article will compare the fireproof certification (API 607) of trunnion ball valves and gate valves and explore alternative solutions to butterfly valves to help practitioners in the petrochemical industry make wiser choices.
<br /> In industrial production, energy transmission, chemical engineering and other fields, emergency shut-off working conditions are a crucial link to ensure the safe operation of systems. Valves, as the core components of fluid control systems, play a vital role in emergency shut-off working conditions. Ball valves and gate valves are two common types of valves, and they have different characteristics in emergency shut-off working conditions.
In industrial pipeline systems, the selection of valves not only affects the operating efficiency of the system but also directly relates to the overall cost of the project. The full-bore design of trunnion ball valves and the reduced-bore structure of gate valves are two common valve design methods, each with its own unique advantages and cost-benefit characteristics. This article will help you make a wiser choice when purchasing valves through detailed comparative analysis.
In industrial pipeline systems, the selection of valves not only affects the operating efficiency of the system but also directly relates to the overall cost of the project. The full-bore design of trunnion ball valves and the reduced-bore structure of gate valves are two common valve design methods, each with its own unique advantages and cost-benefit characteristics. This article will help you make a wiser choice when purchasing valves through detailed comparative analysis.
In industrial fields such as petroleum, natural gas, and chemical engineering, the pressure-bearing performance of valves is one of the key factors to ensure the safe operation of systems. API 6D and ASME B16.34 are two important standards widely applied in the design and manufacturing of valves. This article will conduct a comparative analysis on the pressure-bearing performance differences between trunnion ball valves and gate valves under these two standards, helping engineers and purchasers better select valves suitable for their application scenarios.
Understanding Three-Way Ball ValvesKey Features• Versatile Flow Control: Three-way ball valves can direct fluid flow between three ports, allowing for complex flow management.• Compact Design: These valves are designed to be compact and lightweight, making them suitable for space-constrained applica
In the power industry, especially in the steam systems of thermal power plants, the selection of valves is of crucial importance. Valves not only need to withstand the high-temperature and high-pressure steam environment but also ensure the safe and stable operation of the systems. Gate valves and ball valves are two types of valves widely used in power plant steam systems, and each of them has unique performance characteristics. This article will explore the high temperature resistance characteristics of gate valves and the quick shut-off capability of ball valves through comparative analysis, helping you make more appropriate choices in practical applications.
Understanding Flanged Butterfly ValvesDesign and OperationFlanged butterfly valves feature flanged ends that allow for easy connection to pipelines using bolts and gaskets. The flanged design provides a secure and reliable connection, making these valves suitable for a wide range of applications.Key
In the liquefied natural gas (LNG) industrial chain, low-temperature valves are crucial equipment to ensure the safe and stable operation during the processes of production, storage, transportation, and utilization. Among them, trunnion ball valves have been widely used in LNG low-temperature working conditions due to their advantages such as simple structure, good sealing performance, and low flow resistance. However, due to the particularity of LNG working conditions, valves are required to maintain reliable performance at extremely low temperatures, which imposes extremely high requirements on valve selection and manufacturing processes. This article will focus on discussing the key points for selecting trunnion ball valves under LNG low-temperature working conditions and the technological breakthroughs in cryogenic treatment.<br /> <br /> <br /> I. Requirements for Valves in LNG Low-te
Understanding Triple-Eccentric Butterfly ValvesDesign and OperationTriple-eccentric butterfly valves are designed with three distinct eccentricities that enhance their performance:1. First Eccentricity: The valve stem is offset from the center of the valve body, allowing the disc to lift away from t
Understanding Full-Welded Ball ValvesKey Features• Welded Construction: Full-welded ball valves feature a seamless construction, ensuring a robust and leak-tight design.• Durability: These valves are designed to withstand high pressures and harsh operating conditions, making them suitable for demand
Understanding Butterfly Valve LifespanCommon Challenges• Corrosion: Exposure to corrosive media can degrade valve materials, leading to leaks and reduced performance.• Wear and Tear: Frequent operation and harsh operating conditions can cause mechanical wear, affecting the valve's sealing capabiliti
High-temperature and high-pressure butterfly valves are critical components in various industrial applications, including power generation, oil and gas, and chemical processing. These valves must withstand extreme operating conditions while maintaining reliable performance and ensuring safety. Desig
Understanding API and ANSI StandardsAPI StandardAPI 609 is a widely recognized standard that specifies the requirements for butterfly valves, including design, materials, testing, and marking. Compliance with API 609 ensures that the valves meet stringent quality and safety standards, making them su
In industrial systems, the reliability of valves is of vital importance for ensuring the stable operation of the systems. The check valves and gate valves of the J-VALVES brand, as two common types of valves, play important roles in different application scenarios. This article will conduct an in-depth evaluation of the reliability of J-VALVES check valves and gate valves. By comparing and analyzing factors such as their failure rates, structural characteristics, and application scenarios, it will help users better choose the appropriate valve types.