Cast Iron Butterfly Valve Manufacturer India | CI & SS304 Disc | ₹375–₹2,280 | PN10 | 40mm–600mm | BS 5155 | OEM Bulk | KELOR Ahmedabad

Cast Iron Wafer Butterfly Valve Supplier India | KELOR

Cast Iron Wafer Butterfly Valve — Supplier India | KELOR

Krishna Industries (KELOR), based in Ahmedabad, Gujarat, supplies Cast Iron Wafer Butterfly Valves — CI Disc from ₹375/Piece, SS304 Disc from ₹570/Piece — PN10 / PN16 — DN40 to DN600 — EPDM / NBR / PTFE / Viton seat — BS 5155 / IS 13095 — Lever / Gear / Actuator operated — MOQ 10 Pcs — Ready Stock DN40 to DN150 — Pan India dispatch from Ahmedabad.

GST invoice with HSN 8481 80 90 for all butterfly valve dispatches. WhatsApp specifications for pricing within 2 hours during business hours.

⚡ Quick Reference

SupplierKrishna Industries (KELOR) — Ahmedabad, Gujarat
Valve TypeCI Wafer Butterfly Valve (Concentric)
Body MaterialCast Iron IS 210 Gr. FG 200
Disc OptionsCI / SG Iron / SS304 / SS316
Pressure RatingPN10 (Standard) / PN16 (On Request)
Seat OptionsEPDM / NBR / PTFE / Viton (FKM)
StandardsBS 5155 / IS 13095 / API 609
Size RangeDN40 to DN600 (1½″ to 24″)

What Is a Cast Iron Wafer Butterfly Valve?

A cast iron wafer butterfly valve is a quarter-turn rotary valve designed for flow control and isolation in industrial piping systems. The valve uses a circular disc mounted on a central shaft (stem) that rotates 90 degrees to move from the fully open position (disc parallel to flow, 0 degrees) to the fully closed position (disc perpendicular to flow, 90 degrees). In a concentric butterfly valve, the disc centreline aligns with the body centreline, and the seat is a resilient elastomeric liner (EPDM, NBR, PTFE, or Viton) bonded or inserted into the body bore. When the disc closes, it compresses against the seat liner to provide a bubble-tight seal.

The wafer design means the valve body has no independent flanges. Instead, the valve is installed by clamping it between two pipe flanges using long bolts that pass through both flanges on either side of the valve body. This makes the wafer butterfly valve the most compact and lightweight butterfly valve type, with face-to-face dimensions as short as 43 mm for DN40 (compared to several hundred millimetres for a flanged gate valve of the same size). The cast iron body conforms to IS 210 Gr. FG 200 (equivalent to BS 1452 Grade 200), providing mechanical strength and rigidity for industrial service at pressures up to PN10 (10 bar at ambient temperature) and PN16 (16 bar) on request.

KELOR supplies cast iron wafer butterfly valves designed and constructed to BS 5155 and IS 13095 standards, with flange drilling compatibility for ASME B16.5, IS 1538, and DIN PN10/PN16 flanges. Disc options include cast iron (the most economical), SG iron (ductile iron for higher strength), SS304 (CF8 for corrosion resistance), and SS316 (on request). The standard seat is EPDM for water and HVAC service, with NBR, PTFE, and Viton available for oil, chemical, and high-temperature applications. Operation options include lever handle (DN40 to DN150), worm gear (DN150 and above, and on request for smaller sizes), pneumatic actuator (double-acting or spring-return), and electric motor operated valve (MOV).

Price List — CI Disc and SS304 Disc

Indicative supplier prices for standard cast iron body wafer butterfly valves — lever operated, EPDM seat, PN10, as per BS 5155 / IS 13095. All prices are ex-Ahmedabad warehouse. Bulk project pricing (50+ pieces per size) available on request.

Size (DN)NB (Inch)CI Disc (₹/Pc)SS304 Disc (₹/Pc)Stock Status
DN401½″₹375₹570Ready Stock
DN502″₹500₹760Ready Stock
DN652½″₹625₹950Ready Stock
DN803″₹750₹1,140Ready Stock
DN1004″₹1,000₹1,520Ready Stock
DN1255″₹1,250₹1,900Ready Stock
DN1506″₹1,500₹2,280Ready Stock
DN2008″On RequestOn Request7 Working Days
DN25010″On RequestOn Request7–10 Working Days
DN30012″On RequestOn Request10 Working Days
DN40016″On RequestOn Request10–15 Working Days
DN60024″On RequestOn Request15–20 Working Days

⚠ Price Variance Factors

Prices above are indicative for lever operated, EPDM seat, PN10, ex-Ahmedabad warehouse, standard packing. Price varies for: gear operated (DN150 and above), NBR or PTFE seat material (plus or minus 10 to 15 percent), PN16 pressure rating, SG Iron (ductile iron) or SS316 disc, pneumatic or electric actuator operation, and bulk quantity orders (50+ pieces qualify for special pricing). WhatsApp +91 93135 43530 with size, disc material, seat material, and quantity for confirmed price within 2 hours during business hours.

CI Disc vs SS304 Disc — Selection Guide

The most common specification question for butterfly valve selection is whether to choose a cast iron disc or an SS304 disc. In both cases, the valve body is cast iron. The disc material determines the corrosion resistance for the flowing fluid because the disc is the component that contacts the media during both the open and closed positions. When the valve is closed, the disc edge presses into the seat liner, and any corrosive action on the disc surface directly affects seat life and sealing performance.

CI Disc (Economical) SS304 Disc (Corrosion Resistant)
FeatureCI Disc (FG 200)SS304 Disc (CF8)
Material IS 210 Gr. FG 200 Grey Cast Iron AISI 304 / ASTM A351 CF8 Stainless Steel
Price (DN100) ₹1,000 per piece — most economical option ₹1,520 per piece — approximately 52% premium over CI disc
Corrosion Resistance Standard — suitable for clean, non-corrosive water and neutral fluids Good — resists mild corrosion from treated water, slightly saline conditions, and dilute chemicals
Media Suitability Cold and hot water, HVAC chilled and heating water, compressed air, fire fighting water — non-corrosive clean service only Water with suspended solids, mildly saline water, dilute acids and alkalis, wastewater, food-grade water lines
Sea or Coastal Water Not suitable — CI disc corrodes rapidly in saline or brackish water environments Marginal — SS304 is susceptible to pitting in seawater above 150 ppm chloride concentration — specify SS316 for marine service
Seat Compatibility EPDM (standard), NBR, PTFE EPDM (standard), NBR, PTFE, Viton
Best Applications HVAC building services, fire fighting networks, municipal water distribution, general cooling water, compressed air, clean process water — the majority of Indian projects Wastewater treatment, mildly chemical service, food and dairy water lines, urban water supply with treated water, slightly corrosive process water

💡 Quick Selection Rule

For clean, non-corrosive water and air (HVAC, fire fighting, municipal supply, building services): specify CI disc — the most economical choice that covers the majority of Indian industrial and commercial applications. For corrosive or mildly aggressive media (wastewater, chemical process, food-grade water, slightly saline water): specify SS304 disc — the corrosion resistance justifies the price premium. For seawater or heavily chlorinated environments: specify SS316 disc (available on request) or consider a full stainless steel body butterfly valve.

Seat Material Selection — EPDM, NBR, PTFE, Viton

The seat (also called the liner) is the elastomeric or PTFE component that provides the sealing interface between the disc and the body. It contacts the flowing fluid continuously and must be selected based on media compatibility, temperature range, and chemical resistance. Incorrect seat selection is the most common cause of premature butterfly valve failure — an EPDM seat in oil service swells within hours, while an NBR seat in hot HVAC water hardens and cracks within weeks.

SeatTemp RangeSpecify ForAvoid
EPDM (Standard) -10°C to +120°C Water supply, HVAC chilled water, condenser water, hot water heating, potable water, fire fighting, dilute acids and alkalis — the default seat for most Indian projects covering water and HVAC Petroleum products, oils, fuels, hydrocarbons — EPDM swells rapidly and loses sealing ability in oil environments
NBR (Nitrile) -10°C to +80°C Oil service, petroleum products, compressed air with oil carry-over, diesel, LPG lines, fuel handling systems Hot water above 80°C, steam, HVAC cooling water with biocide treatment — NBR degrades in these conditions
PTFE (Teflon) -20°C to +180°C Chemical process, concentrated acids and alkalis, solvents, pharmaceutical and food GMP, high-temperature steam lines, chlorine water, demineralised water Heavy abrasive slurries — PTFE is soft and abrades under solid particle impact
Viton (FKM) -20°C to +180°C Aggressive organic chemicals, aromatic solvents, chlorinated compounds, high-temperature oil service, chlorine and chlorine compound environments Ketones, amines, and some polar solvents — verify chemical compatibility before specifying Viton

Technical Specifications

ParameterSpecification
Valve TypeConcentric (Centric) Wafer Type Butterfly Valve
Body MaterialCast Iron IS 210 Gr. FG 200 (Grey Cast Iron)
Disc MaterialCast Iron (FG 200) / SG Iron (Ductile Iron) / SS304 (CF8) / SS316 — specify on order
Seat / LinerEPDM (standard) / NBR / PTFE / Viton (FKM)
Stem / ShaftSS410 (standard) / SS316 (on request)
Design StandardBS 5155 / IS 13095 / API 609
Pressure RatingPN10 (standard) / PN16 (on request)
Size RangeDN40 to DN600 (1½″ to 24″)
End ConnectionWafer Type — clamped between flanges (ASME B16.5 / IS 1538 / DIN flange compatible)
Face-to-FacePer BS 5155 short pattern
OperationLever (DN40–DN150) / Gear (DN150 and above) / Pneumatic / Electric actuator on request
Temperature Range-10°C to +120°C (EPDM) / -10°C to +80°C (NBR) / -20°C to +180°C (PTFE)
Flow DirectionBi-directional (both directions)
PaintingShot blast + red oxide primer (standard) / Epoxy coat on request
HSN Code8481 80 90

Dimensions and Operating Torque — DN40 to DN600

Face-to-face dimensions per BS 5155 short pattern. Operating torque values shown for EPDM seat at 10 bar differential pressure. Gear operation is recommended from DN150 upwards for comfortable manual actuation by a single operator.

DNInchF2F (mm)Torque (Nm)OperationWeight (kg)
DN401½″438Lever1.2
DN502″4310Lever1.5
DN652½″4614Lever2.0
DN803″4618Lever2.8
DN1004″5225Lever4.0
DN1255″5635Lever5.5
DN1506″5650Lever / Gear7.5
DN2008″6080Gear12.0
DN25010″68125Gear18.0
DN30012″78175Gear26.0
DN40016″102310Gear45.0
DN60024″127680Gear95.0

Wafer Type vs Lug Type — Selection Guide

When selecting a butterfly valve end connection, the two primary options are wafer type (the standard and most common design) and lug type (threaded body inserts for dead-end service). The choice depends on whether the valve needs to retain downstream piping when one flange is removed. The following comparison covers the key technical and practical differences.

Wafer Type (This Product) Lug Type
FeatureWafer TypeLug Type
Installation Clamped between two flanges — long bolts pass alongside the valve body, not through it. Both pipeline flanges must be connected and bolted together. Threaded lugs on the valve body receive individual bolts that connect the valve directly to each adjacent flange. Each side is independently bolted.
Dead-End Service Cannot be used — removing the downstream flange also removes the valve from the pipeline. Both flanges must always be present. Suitable — the valve can be bolted to one flange only, allowing the downstream piping to be removed independently while the valve stays in the line.
Cost Lower — simpler body casting without machined lug inserts, lighter weight, fewer bolts required. Higher — machined lug inserts in the body increase material and machining cost, typically 20 to 30 percent above wafer price.
Weight Lighter — compact body without lug material. Heavier — lug material adds to body mass.
Flange Bolt Load Bolt load must pass through the valve, so bolt length must span the full valve width plus both flanges. Shorter bolts — each bolt threads into the valve lug and only spans one flange thickness.
Best For All standard pipeline applications where both flanges are always present — the most common butterfly valve type for HVAC, water, fire fighting, and general process service. Pump connections, filter isolation, equipment maintenance access, tank outlet connections, and any installation where downstream piping must be removable.

Applications Across Indian Industries

Fire Fighting Systems

CI disc and EPDM seat for fire pump discharge, hydrant mains, deluge headers, and sprinkler zone valves. PN10 is standard for most fire system pressure ratings. The quarter-turn operation enables rapid isolation during emergency response.

HVAC and Building Services

CI or SS304 disc and EPDM seat for chilled water AHU connections, cooling tower loops, condenser water circuits, and hot water heating mains. The compact wafer profile fits in tight mechanical room spaces.

Water Treatment Plants

SS304 disc and EPDM seat for municipal WTP pump discharge, filter isolation, sludge lines, and distribution main sectionalising. Bi-directional flow capability simplifies piping layout.

Chemical and Process Plants

SS304 disc and PTFE seat for dilute chemical process lines, effluent treatment, and mildly corrosive process water. The quarter-turn operation provides fast opening and closing for batch process control.

EPC and Infrastructure

Bulk supply for government water supply projects, sewage treatment, irrigation canal structures, and industrial estate infrastructure. Project BOM orders with multiple sizes and specifications supplied together.

Sugar and Distillery

CI or SS304 disc for process water, cooling water, and utility lines in sugar mills and ethanol distilleries at elevated process temperatures. PTFE seat available for higher temperature ranges.

Power Plants

Cooling water pump discharge, auxiliary service water systems, and utility line isolation in thermal power plant balance of plant areas. Gear-operated variants for DN200 and above.

Commercial Buildings

CI disc and EPDM for high-rise chilled water and domestic water riser isolation, hotel and hospital HVAC systems, and institutional complexes. Economical CI disc for non-corrosive building services.

How to Order

⚡ For Confirmed Price and Delivery Within 2 Hours, Share:

  • Size — DN (mm) or NB (inches) — e.g., DN100 or 4″
  • Disc material — CI (standard, lower price) or SS304 / SS316
  • Seat material — EPDM (standard) / NBR / PTFE / Viton
  • Pressure rating — PN10 (standard) or PN16
  • Operation — Lever (standard DN40–DN150) / Gear / Pneumatic / Electric
  • End type — Wafer (standard) or Lug
  • Quantity (Pieces)
  • Flange drilling — ASME B16.5 / IS 1538 / DIN PN10 / PN16
  • Delivery location

WhatsApp: +91 93135 43530  |  Email: [email protected]

Why Choose KELOR

🛠

Industrial Valves, Fasteners, Gaskets and Safety Equipment

KELOR sources and supplies a comprehensive range of industrial products — butterfly valves, gate valves, check valves, ball valves, solenoid valves, gaskets, fasteners, and safety equipment — from verified vendors under one roof.

⚡

Ready Stock — Fast Dispatch

DN40 to DN150 in CI disc with EPDM seat maintained in ready stock at the Ahmedabad warehouse. Dispatch within 2 to 3 working days of confirmed order and advance payment. Express dispatch for urgent project requirements.

💰

Transparent Pricing — From ₹375/Piece

Published price list with CI disc starting from ₹375 per piece (DN40). Bulk project pricing, OEM blanket rates, and annual contract pricing available. GST invoice under HSN 8481 80 90 provided with every dispatch.

📦

MOQ 10 Pieces, Project BOM Orders Welcome

Minimum order quantity of 10 pieces per size and specification for standard lever-operated valves. Project BOM orders combining multiple sizes and variants are supplied together with one GST invoice.

📞

2-Hour Quote During Business Hours

WhatsApp your specifications — size, disc material, seat material, pressure rating, operation, and quantity — and receive confirmed pricing and delivery within 2 business hours.

👥

Dedicated Sales Support for Every Order

From enquiry to delivery, KELOR provides single-point contact for order tracking, documentation, and after-sales support. Email communication and WhatsApp updates keep you informed at every stage.

CI Butterfly Valve — SG Iron Disc

Cast iron body with SG iron (ductile iron) disc — PN10 / PN16 — lever / gear — higher strength disc for demanding service conditions.

CI Teflon Seated Butterfly Valve — 150#

Cast iron body with PTFE seat — SG iron disc — wafer type 150# — chemical compatibility — corrosion resistant seat for aggressive media.

Cast Iron Gate Valve — Class 150# / 300#

Flanged gate valve with handwheel — IS 515 / API 600 — water, oil, gas — isolation duty where full bore shutoff is required.

CI Dual Wafer Plate Check Valve

Spring-loaded non-slam check valve — PN10 / PN16 — water hammer prevention — pump discharge — EPDM / NBR / PTFE seats.

2/2 Way Solenoid Valve — Direct Acting

Brass / SS / CI body — NBR / Viton / EPDM / PTFE seals — 24V DC / 230V AC — industrial automation and process control.

Y Strainer — Flanged End — Class 150

Cast iron Y type strainer — flanged — SS perforated screen — pipeline debris protection — install upstream of butterfly valves and pumps.

Get Cast Iron Butterfly Valve Price — 2-Hour Response

CI Disc from ₹375 — SS304 Disc from ₹570 — DN40–DN600 — EPDM / NBR / PTFE — PN10 / PN16 — OEM Bulk — GST Invoice — Ready Stock DN40–DN150 — Pan India Dispatch

💬 WhatsApp for Price ✉ Email Enquiry

Frequently Asked Questions

What is the price of a cast iron butterfly valve in India?
Indicative supplier prices from KELOR ex-Ahmedabad for CI disc and EPDM seat, lever operated, PN10: DN40 is 375 INR per piece, DN50 is 500 INR, DN65 is 625 INR, DN80 is 750 INR, DN100 is 1,000 INR, DN125 is 1,250 INR, and DN150 is 1,500 INR. SS304 disc at the same sizes: DN40 is 570 INR, DN50 is 760 INR, DN65 is 950 INR, DN80 is 1,140 INR, DN100 is 1,520 INR, DN125 is 1,900 INR, and DN150 is 2,280 INR. Prices for DN200 to DN600 are available on request. Bulk orders of 50 or more pieces per size qualify for special project pricing. Prices vary for gear operated valves from DN150 and above, NBR or PTFE seats, PN16 rating, and actuated variants. WhatsApp plus 91 93135 43530 with size, disc material, seat material, and quantity for confirmed pricing within 2 hours during business hours.
What is the difference between CI disc and SS304 disc butterfly valves?
In both variants, the valve body is cast iron. The difference is the disc material which contacts the flowing fluid and determines corrosion resistance. CI disc valves are less expensive, starting at 375 INR for DN40, and are suitable for clean non-corrosive water, HVAC chilled and hot water circuits, fire fighting water, compressed air, and general utility service. SS304 disc valves cost approximately 52 percent more, starting at 570 INR for DN40, and resist mild corrosion from treated water, slightly saline water, dilute chemicals, and wastewater. Specify CI disc for HVAC building services, fire fighting, and municipal water where the fluid is clean and non-corrosive. Specify SS304 disc for water treatment plants, mildly corrosive process water, food and dairy water lines, and wastewater applications. For seawater or aggressive chemical service, specify SS316 disc or a full stainless steel butterfly valve.
What seat material should I select for HVAC cooling water?
Specify EPDM seat for all HVAC butterfly valves in chilled water, condenser water, and hot water heating circuits. EPDM provides excellent resistance to the chlorine and bromine-based biocide treatment chemicals routinely used in Indian HVAC cooling water systems, and it handles the full HVAC temperature range from minus 10 degree Celsius to plus 120 degree Celsius. EPDM also has outstanding resistance to water, weathering, and ozone, making it the most durable elastomeric seat for continuous water contact service. Do not specify NBR seat for HVAC cooling water because NBR degrades when exposed to biocide-treated water and hot water above 80 degree Celsius. PTFE seat is unnecessary for standard HVAC service and has higher cost. EPDM is the standard default seat for HVAC and water supply butterfly valves throughout India and is the seat material KELOR supplies as standard unless otherwise specified.
What is the difference between wafer and lug type butterfly valves?
A wafer type butterfly valve is clamped between two pipeline flanges using long bolts that pass alongside the valve body but not through it. It requires both upstream and downstream flanges to be present and bolted together. It cannot be used for dead-end service because removing the downstream flange would also remove the valve. A lug type butterfly valve has threaded inserts called lugs cast into the body. Each lug receives an individual bolt that connects the valve directly to the adjacent flange. This design allows the valve to be bolted to one flange only, making it suitable for dead-end service where the downstream piping must be removable while the valve remains in the pipeline. Specify wafer type for all standard pipeline isolation applications where both flanges are always present because it is simpler, lighter, and more economical. Specify lug type when dead-end service is required, such as at pump connections, filter isolation points, and equipment maintenance access locations.
What standards do cast iron wafer butterfly valves conform to?
KELOR supplies cast iron wafer butterfly valves designed and constructed in accordance with BS 5155 (British Standard specification for butterfly valves) and IS 13095 (Indian Standard for butterfly valves). Face-to-face dimensions conform to BS 5155 short pattern which ensures interchangeability between valves from different suppliers. Pressure ratings follow PN10 as standard and PN16 on request, as defined in these standards. The flange drilling is compatible with ASME B16.5, IS 1538, and DIN PN10 and PN16 flange standards, allowing the valve to be installed between any of these standard flanges without modification. The design standard also covers body wall thickness, seat retention, disc geometry, and stem seal arrangements. For EPC and government project documentation, the valves are supplied with material certificates and dimensional reports confirming compliance with the applicable standard.
When should I specify gear operation instead of lever?
Lever operation is suitable for DN40 to DN150 where the operating torque is low enough for one person to comfortably turn the lever handle. As valve size increases, the torque required to overcome the seat friction and flow pressure increases proportionally. At DN150 and above, the torque typically exceeds what a human operator can comfortably apply with a lever, and gear operation becomes the standard recommendation. Gear operation uses a worm gear box that multiplies the input force, allowing the operator to open and close the valve with minimal effort regardless of line pressure. For DN150, both lever and gear options are available because some operators can manage the 50 Nm torque at DN150 with a lever on low-pressure water service. For DN200 and above, gear operation is strongly recommended and is the standard supply. For pneumatic or electric actuator operation, the actuator sizing is based on the operating torque at maximum differential pressure — share the control requirement and operating pressure at the time of enquiry for correct actuator selection.
Can butterfly valves be used for throttling or flow control?
Butterfly valves can be used for both isolation and throttling applications, but their suitability depends on the disc design and service conditions. A concentric butterfly valve is primarily designed for isolation duty. When partially open between 15 and 75 degrees, the disc is partially in the flow stream, causing turbulence, vibration, and potential cavitation at higher differential pressures. For continuous throttling or modulating duty, an eccentric or high-performance butterfly valve with an offset disc design is preferred because the disc lifts off the seat progressively, reducing seat wear and vibration. For on-off isolation in HVAC, water, and fire protection, a standard concentric wafer butterfly valve is the correct and most economical choice. For modulating control in process applications, specify an eccentric butterfly valve or consider a globe valve or control valve for the most precise flow regulation.
What is the MOQ and delivery timeline for CI butterfly valves from KELOR?
MOQ is 10 pieces per size and specification for standard lever-operated valves. Project BOM orders combining multiple sizes and disc or seat variants in a single order are supplied together with one GST invoice under HSN 8481 80 90. Standard sizes from DN40 to DN150 in CI disc with EPDM seat and lever operation are dispatched within 2 to 3 working days from the Ahmedabad warehouse as these sizes are maintained in ready stock. DN200 and above, SS304 disc, NBR or PTFE seats, PN16 rating, gear operation, and actuated variants may require 7 to 15 working days depending on the specification and quantity. WhatsApp the complete specification including size, disc material, seat material, pressure rating, operation type, and quantity for confirmed pricing and delivery within 2 hours during business hours.

Krishna Industries (KELOR) supplies Cast Iron Wafer Butterfly Valves from Ahmedabad, Gujarat — CI Disc from ₹375/Piece, SS304 Disc from ₹570/Piece — PN10 / PN16 — DN40 to DN600 — EPDM / NBR / PTFE / Viton seat — BS 5155 / IS 13095 — MOQ 10 Pcs — Ready Stock DN40 to DN150 — Pan India dispatch with GST-compliant documentation. WhatsApp specifications for pricing within 2 hours during business hours.

Connect with KELOR

📷 Instagram — @kelor_india 🔗 LinkedIn — KELOR India 💬 WhatsApp — Quote Request ✉ Email — [email protected]

Frequently Asked Questions – Cast Iron Wafer Type Butterfly Valve 150#

What is a Cast Iron Wafer Type Butterfly Valve 150#?
A Cast Iron Wafer Type Butterfly Valve 150# is a compact valve used to start, stop, or regulate flow in pipelines. Its wafer-style design allows installation between flanges, making it space-efficient and easy to maintain.
What industries commonly use this valve?
These valves are widely used in water treatment, HVAC systems, chemical plants, power plants, and oil & gas pipelines where reliable flow control is critical.
What sizes are available?
Kelor offers a wide range of sizes from 50 mm to 600 mm (2” to 24”), suitable for both small-scale and large industrial pipelines. Custom sizes are available on request.
What materials are used in construction?
The valve body is made from high-quality cast iron, with a disc typically in cast iron, ductile iron, or stainless steel. Seals are made from EPDM, NBR, or PTFE for corrosion and leak resistance.
Can this valve handle high pressure and temperature?
Yes. The 150# pressure rating allows handling pressures up to 150 psi. Temperature limits depend on the seal material: EPDM (−20°C to 120°C), NBR (−10°C to 80°C), PTFE (−200°C to 260°C).
How is this valve installed?
The wafer design fits between two pipeline flanges. Bolts pass through the flanges, clamping the valve in place. Proper alignment ensures tight sealing and smooth operation.
How do I maintain a wafer type butterfly valve?
Maintenance is minimal. Inspect the disc, seat, and seals regularly. Lubricate the stem if required, and replace worn seals to prevent leakage without removing the valve from the pipeline.
Do you provide bulk supply for industrial buyers?
Yes. Kelor supplies bulk quantities for industrial projects with OEM branding, competitive pricing, and flexible delivery schedules to meet procurement requirements.
Can the valve be customized for specific applications?
Absolutely. We can customize disc material, seals, and size to meet chemical resistance, temperature, or pressure requirements for specific industrial applications.
Does Kelor export Cast Iron Wafer Type Butterfly Valves?
Yes. Kelor by Krishna Industries exports globally, offering custom packing, international documentation, and OEM options for safe delivery to overseas industrial buyers.

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