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API 6D Floating Ball Valves

Class 300 Floating Ball Valve

Class 300 Floating Ball Valve is configured for moderate-pressure process, refinery and utility service. Available materials, end connections, operation and inspection options can be matched to the project specification.

Class 300API 6D / ISO 172921/2–8 in
Class 300 Floating Ball Valve industrial valve

Technical Specifications

Class 300 Floating Ball Valve Specifications

Pressure ClassASME Class 300
Design StandardAPI 6D / ISO 17292
Size Range1/2–8 in
Body MaterialsWCB, CF8M, A105N, F316
ConnectionsRF, SW, NPT
Application FocusCompact shutoff in process, utility and industrial systems

Selection Guide

Where Class 300 Floating Ball Valve Fits

Class 300 is used for moderate-pressure process, refinery and utility service. A common step up from class 150 when line class, temperature or project requirements demand more pressure capability. For this valve design, buyers should also review ball support, seat design, cavity pressure management, stem sealing and operator sizing.

Final pressure-temperature limits, dimensions, operating torque and test values are confirmed against the applicable standard, approved drawing and project specification.

Download Class 300 Floating Ball Valve Datasheet

Download a PDF summary with the Class-specific product range, materials, end connections, selection notes and RFQ checklist.

Download PDF Datasheet

Material Selection

Material Options for Class 300 Floating Ball Valves

Typical project materials include WCB, CF8M, A105N, F316. The correct grade depends on corrosion, minimum and maximum design temperature, toughness, hardness limits and the project material specification.

Material data to confirm

  • Design temperature and minimum metal temperature
  • Corrosion and sour-service requirements
  • Trim, seat or hardfacing requirement
  • Material certificates and PMI scope

End Connections

End Connections for Class 300 Floating Ball Valves

Rf is widely used, while rtj or bw may be selected when the piping class or service demands it. Available connection families for this product include RF, SW, NPT.

Connection data to confirm

  • Piping class and flange facing
  • End-to-end or face-to-face requirement
  • Weld preparation where applicable
  • Gasket and bolting compatibility for flanged ends

Design & Engineering

Class 300 Floating Ball Valve Design Considerations

For Class 300, review wall section, bolting, trim selection, operating torque and compatibility with the line class. Also confirm bore, seat design, DBB/DIB requirement, body material, end connection, operator and fire-safe/NACE needs.

Application fit

Pipeline, gas transmission, terminals, refinery, lng and process isolation. Final suitability depends on the actual fluid, design temperature, corrosion conditions, cycling frequency and project specification.

Testing & Inspection

Testing and Documentation for Class 300 Floating Ball Valves

Add pmi, nde or project itp hold points when required by the purchase specification.

Material traceability
Shell / seat testing
Dimensional inspection
PMI / NDE if specified
Coating records
Final document package

RFQ Checklist

How to Specify a Class 300 Floating Ball Valve

Use this checklist to prepare a complete enquiry and reduce technical clarification during quotation.

01 · Basic Data

Size, Class and Quantity

Confirm nominal size, Class 300, quantity, design standard and required delivery basis.

02 · Construction

Material, Trim and Ends

State body material, trim or seat requirement and the approved end connection: RF, SW, NPT.

03 · Project Requirements

Service, Testing and Documents

Include process fluid, design temperature, applicable project specifications, inspection level and certification requirements.

Buyer Questions

Class 300 Floating Ball Valve FAQ

What information is required for a Class 300 Floating Ball Valve quotation?

Provide valve size, Class 300, design standard, body and trim material, end connection, operation, quantity, service fluid, design temperature and inspection requirements.

Which materials are available?

Typical project options include WCB, CF8M, A105N, F316. Final material selection must follow the approved piping class and service conditions.

Which end connections can be supplied?

This product family includes RF, SW, NPT. The correct connection depends on the line class, flange facing or weld preparation in the project specification.

Can the valve be supplied with an actuator?

Where the design allows it, gear, pneumatic, electric or hydraulic operation can be evaluated after operating torque, fail action and project requirements are confirmed.

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