Understand what drives valve pricing, find your budget band, and send an RFQ that gets a fast, accurate quote, no fluff, no fixed SKU lists.
Two valves of the same size can differ in price by 10× depending on material, class, actuation and certification. Rather than publish misleading SKU prices, we explain the levers so you can self-qualify quickly.
What it is
Body and trim alloys (carbon steel, 316 SS, duplex, exotic).
How it affects price
Exotics and duplex can multiply price 3–8× vs carbon steel.
What to include in your RFQ
State exact ASTM/ASME grade and any NACE MR0175 requirement.
What it is
ANSI/ASME class (150–2500), PN10–PN420.
How it affects price
Higher class = thicker walls, more material, more testing.
What to include in your RFQ
Confirm working & design pressure, plus class.
What it is
Nominal size, full vs reduced bore.
How it affects price
Cost scales non-linearly above DN200; full bore costs more.
What to include in your RFQ
Specify DN/NPS and bore type.
What it is
Flanged (RF/RTJ), butt-weld, socket-weld, threaded.
How it affects price
RTJ and special facings add machining cost.
What to include in your RFQ
Provide flange standard and facing finish.
What it is
Manual lever/gear, pneumatic, electric, hydraulic.
How it affects price
Actuator can match or exceed valve cost; SIL ratings add more.
What to include in your RFQ
List actuator type, supply, fail position, accessories.
What it is
API 598, API 6D, fugitive emissions, cryogenic, PMI.
How it affects price
Witness testing and 3.2 certs can add 8–20%.
What to include in your RFQ
Specify required certs and witness party.
What it is
MOQ tiers and expedited production.
How it affects price
Expedite premiums of 15–35%; volume discounts at 50+ units.
What to include in your RFQ
Share quantity and required delivery date.
What it is
Process fluid, abrasives, sour service, cryo/HT.
How it affects price
Special seats/seals (PEEK, Inconel) shift cost band.
What to include in your RFQ
Describe media, temp range, particulate.
Required
0 / 6
Helpful
0 / 5
Valves are often requested without clear operating pressure, peak pressure, or temperature conditions.
Include pressure range, temperature range, media type, and duty conditions so the valve can be matched correctly.
Low-cost valves can create long-term reliability issues if material, sealing, and testing are not properly considered.
Compare price along with material grade, leakage requirement, testing level, and service conditions.
Incorrect thread type, flange standard, or weld-end detail can lead to installation and compatibility problems.
Share BSP, NPT, flanged, socket weld, butt weld, DIN, ANSI, or other required connection standards.
A valve suitable for water may not be suitable for steam, chemicals, slurry, gas, or food-grade applications.
Share the fluid, temperature, concentration, contamination risk, and any corrosion or compatibility concerns.
Sending only a part number
FIX
Include type, size, class, material and ends.
Omitting service media
FIX
Name fluid, temperature, and any sour-service need.
Skipping the standard
FIX
Cite API 6D, API 600, ISO 17292, etc.
Vague actuation request
FIX
State supply (air/24VDC), fail position, accessories.
No quantity or date
FIX
Even an estimate helps us hold the right tier.
Mixed units in one RFQ
FIX
Pick metric or imperial, don’t blend.
Use these resources to prepare clearer RFQs, compare specifications, and reduce back-and-forth during quotation.
RFQ template
A structured template to help you share valve requirements clearly.
Reference material for valve specifications, standards, and selection inputs.
RFQ template (XLSX)
Per-line pricing with material & cert breakdown.
Per-line pricing with material & cert breakdown.
Per-line pricing with material & cert breakdown.
Required specs still missing
Valve type (ball, gate, globe, check, butterfly) • Nominal size (DN/NPS) • Pressure class (ANSI/PN) • Body & trim material • End connection & facing • Service media
We carefully study your RFQ, drawings, pressure class, material requirements, service media, and application details before moving forward.
We align technical details, drawings, dimensions, standards, and configurations for your review and approval before production begins.
Once specifications are approved, we source suitable materials and plan production with visibility on timelines and key milestones.
Machining, processing, assembly, and integration are carried out with strict process control and quality discipline.
Products are tested and inspected as per agreed requirements. Prototypes or first batches are approved before scaling where applicable.
We coordinate packing, documentation, third-party inspection if required, shipment tracking, and timely delivery to your location.
Stock: 3–7 days. Standard custom: 4–8 weeks. Exotic alloys or large bore: 10–16 weeks.