IBC Valves & Fittings
Butterfly valves, ball valves, camlock quick-connect fittings, and threaded adapters in every size, thread pattern, and material. Replacement and upgrade valves for all IBC tote brands.
Request a Quote
Tell us what you need and we'll get back to you within 24 hours.
Request a Quote
All fields are validated for accuracy
Choose the Right Valve
The discharge valve is the most frequently used and replaced component on an IBC tote. Selecting the right valve type for your application affects flow rate, shutoff reliability, chemical compatibility, and maintenance frequency.
Butterfly Valve (Standard IBC)
The factory-standard discharge valve on most IBC totes. A 2" (DN50) butterfly disc rotates 90 degrees via a lever handle to open and close flow. Simple, reliable, and cost-effective for general-purpose dispensing. The quarter-turn operation provides fast open/close and the flat disc design creates minimal flow restriction when fully open.
General-purpose water, mild chemicals, soaps, detergents, and non-critical dispensing applications. Standard replacement on most used and reconditioned IBC totes.
Technical Specifications
Ball Valve (Upgraded IBC)
An upgrade from the standard butterfly valve, the ball valve provides a true full-bore flow path with a polished stainless steel or polypropylene ball. The spherical ball rotates within a PTFE-seated housing for bubble-tight shutoff. Superior flow characteristics with minimal pressure drop and the ability to handle more viscous liquids, slurries, and higher pressures than butterfly valves.
Viscous liquids, food-grade applications, chemicals requiring PTFE compatibility, operations needing bubble-tight shutoff, and any application where precise flow control and higher pressure ratings are required.
Technical Specifications
Camlock Fitting (Quick-Connect)
Cam and groove coupling system that enables tool-free connection and disconnection of hoses, pipes, and transfer equipment. The cam arms lock onto a grooved adapter to create a sealed connection in seconds. Available in Type A (male adapter), Type B (female coupler), Type C (hose barb coupler), Type D (female coupler x female NPT), Type E (male adapter x hose barb), and Type F (male adapter x male NPT) configurations.
High-frequency connect/disconnect operations, tank truck loading/unloading, IBC-to-IBC transfers, pump connections, and any application where fast, repeatable connections reduce downtime.
Technical Specifications
Thread Types & Sizes
IBC totes use several thread standards depending on the manufacturer and region. Understanding which thread your tote uses is essential for selecting compatible valves, adapters, and fittings.
The most common IBC outlet thread worldwide. A 60mm diameter coarse thread with 6mm pitch. This buttress-style thread is the standard on Schutz, Mauser, and most European and American IBC manufacturers. Nearly all IBC adapters and valves use S60x6 as the IBC-side connection.
National Pipe Taper thread, the standard thread for plumbing and industrial piping in North America. 2" NPT provides a tapered, self-sealing thread when used with pipe tape or thread sealant. IBC adapters often convert from S60x6 to 2" NPT for connection to standard US plumbing systems.
DN50 (Diameter Nominal 50mm) is the metric equivalent designation for 2-inch fittings used in European and international markets. When paired with DIN standard flanges, DN50 connections provide bolt-pattern compatibility with European process equipment.
British Standard Pipe thread, used primarily in the UK, Australia, and countries with British-influenced industrial standards. Available in parallel (BSPP) and tapered (BSPT) versions. 2" BSP has a different thread pitch than 2" NPT and the two are NOT interchangeable.
Garden Hose Thread, used for connecting standard garden hoses to IBC totes via an S60x6 reducer adapter. The 3/4" GHT connection is useful for low-flow gravity dispensing, rainwater systems, and agricultural irrigation where a garden hose is the final distribution method.
Not sure which thread your IBC tote uses? Send us a photo and we will identify it for you.
Material Options
Valve and fitting material determines chemical compatibility, temperature limits, pressure ratings, and cost. Choose the right material for your specific liquid and operating environment.
Polypropylene (PP)
The most common and economical material for IBC valves and fittings. Chemically resistant to a wide range of acids, bases, and solvents. Lightweight and non-conductive. FDA-compliant grades available for food-contact applications.
Water, most acids and bases, soaps, detergents, many solvents. Not suitable for strong oxidizers or aromatic hydrocarbons.
-4F to 176F (-20C to 80C)
Most affordable
304 Stainless Steel
General-purpose stainless steel with excellent corrosion resistance. The standard choice for food-grade, pharmaceutical, and dairy applications. Provides higher pressure ratings and temperature resistance than polypropylene.
Food products, beverages, mild chemicals, water, and most non-chloride solutions. Susceptible to pitting in high-chloride environments.
-328F to 1,500F (-200C to 816C)
Mid-range
316 Stainless Steel
Premium stainless steel with added molybdenum for superior resistance to chloride pitting and crevice corrosion. The preferred choice for marine environments, chlorinated chemicals, and aggressive chemical processing.
Chlorinated solvents, saltwater, sulfuric acid, phosphoric acid, and highly corrosive environments where 304 SS would pit.
-328F to 1,500F (-200C to 816C)
Premium
Brass
Traditional valve material offering excellent machinability and moderate corrosion resistance. Provides a good seal with minimal maintenance. Not suitable for food-contact or potable water applications due to lead content in some alloys (lead-free brass available).
Petroleum products, fuels, oils, natural gas, and general industrial applications. Not for food, acidic, or ammonia-containing liquids.
-40F to 400F (-40C to 204C)
Mid-range
Gaskets & Seal Kits
Gaskets are the most frequently replaced component on an IBC tote. The valve gasket and cap gasket create the critical seals that prevent leaks. Over time, these elastomer seals degrade from UV exposure, chemical contact, compression set, and temperature cycling.
We stock replacement gaskets in EPDM (the standard material for most IBC applications), food-grade silicone (for FDA 21 CFR compliant applications), PTFE-encapsulated (for aggressive chemicals), and Viton/FKM (for fuels, oils, and high-temperature applications).
Our valve seal kits include the butterfly disc gasket, valve body O-ring, and cap gasket as a matched set, ensuring a complete reseal in a single service. Available for all major IBC manufacturers including Schutz, Mauser, Greif, Snyder, and TPS.
Gasket Materials at a Glance
Water, mild chemicals, soaps, most general applications
Food, beverage, pharmaceutical, FDA 21 CFR compliant
Aggressive chemicals, acids, solvents, universal compatibility
Fuels, oils, hydrocarbons, high-temperature applications
Petroleum products, oils, fuels, hydraulic fluids
More IBC Products
IBC Totes
Complete 275 and 330 gallon totes with pre-installed valves in the grade and configuration you need.
View ProductsIBC Accessories
Caps, heaters, blankets, mixers, liners, adapters, and containment products for your IBC system.
View ProductsCages & Frames
Steel cage assemblies, replacement cages, and custom modifications to protect your IBC bottles.
View ProductsValve Troubleshooting
Common IBC valve problems and how to fix them. Most issues can be resolved on-site without specialized tools.
Valve leaks when closed
Worn or compressed gasket, debris on the sealing surface, cracked valve body, or over-torqued handle that has deformed the disc or ball.
First, check the gasket. Remove the valve and inspect the EPDM or PTFE seal for compression set, cuts, or chemical damage. Replace the gasket if it is flat, cracked, or does not spring back when compressed. If the gasket looks good, clean both sealing surfaces with a lint-free cloth to remove debris. If the valve body is cracked, replace the entire valve.
Valve handle is stiff or stuck
Chemical crystallization around the stem, corrosion on metal components, debris lodged in the valve mechanism, or a bent handle shaft.
Apply warm water to dissolve any crystallized residue around the valve stem. For ball valves, cycle the handle back and forth gently to break up deposits. Do not force a stuck handle with a wrench or extension, as this can crack the valve body. If the handle remains stuck after cleaning, the valve likely needs replacement.
Slow flow rate or restricted flow
Butterfly disc not opening fully, debris blocking the flow path, partially clogged outlet port, or wrong valve size for the application.
Open the valve fully and check that the handle reaches the full 90-degree open position. For butterfly valves, inspect the disc to ensure it is not bent or misaligned. Remove the valve and check the outlet port for crystallized product or debris. Flush the port with warm water. If flow is still restricted, consider upgrading to a ball valve for a true full-bore flow path.
Valve threads are leaking at the tote connection
Cross-threaded installation, damaged thread on the valve or tote outlet, missing or compressed thread gasket, or incompatible thread standard (e.g., NPT on an S60x6 tote).
Remove the valve and inspect both the valve threads and the tote outlet threads for damage, cross-threading, or debris. Verify the thread standard matches (most totes use S60x6). Install a new thread gasket and hand-tighten the valve until snug. Do not use pliers or wrenches on plastic threads, as over-tightening cracks the outlet fitting.
Valve drips after sitting unused
Gasket has taken a compression set from prolonged closed position, the sealing surface has dried out, or temperature changes have caused the gasket to shrink.
Cycle the valve open and closed several times to re-seat the gasket. If dripping continues, replace the gasket. For totes in long-term storage, cycle valves monthly to prevent gasket compression set. Storing totes with the valve in the half-open position reduces gasket compression.
Valve Maintenance Schedule
Follow this schedule to maximize valve life, prevent leaks, and avoid costly downtime from valve failures.
Valve Installation Tips
Follow these steps to properly install or replace an IBC discharge valve. Correct installation ensures a leak-free seal and safe operation.
Drain the tote completely
Before removing the existing valve, drain all liquid from the tote. Even a small amount of residual liquid will leak during valve removal. Tilt the tote slightly toward the valve side to ensure complete drainage. Place a drip pan under the valve area.
Remove the old valve by hand
Unthread the existing valve counterclockwise by hand. Most IBC valves use S60x6 coarse threads that are designed for hand installation and removal. Do not use pliers or pipe wrenches on plastic valve bodies or tote outlets, as these tools can crack the fitting.
Inspect the tote outlet threads
With the valve removed, inspect the molded HDPE outlet threads on the tote. Look for cracks, cross-thread damage, chemical erosion, or debris. Clean the threads with a lint-free cloth. If the outlet threads are damaged, the bottle needs to be replaced, as the outlet is molded into the bottle.
Install the new thread gasket
Place a new thread gasket onto the valve before installation. The gasket sits between the valve body and the tote outlet to create a watertight seal. Do not reuse old gaskets. Ensure the gasket is centered and flat before threading the valve.
Thread the new valve on by hand
Align the valve with the tote outlet and thread it clockwise by hand. Turn until snug. The S60x6 thread should engage smoothly without resistance. If you feel cross-threading (uneven resistance), back off and realign. Hand-tight is sufficient. Over-tightening can crack the outlet or deform the gasket.
Test for leaks
Fill the tote with a small amount of water (5-10 gallons) and check for leaks at the valve-to-tote connection with the valve closed. Open and close the valve several times and check for drips around the handle stem and outlet seal. If any leaks are present, remove the valve, check gasket seating, and reinstall.
Important: Never use thread tape (PTFE tape) on S60x6 IBC threads. These are coarse buttress threads designed to seal with a gasket, not tape. Thread tape is only appropriate for NPT tapered pipe threads. Using tape on S60x6 threads can prevent proper seating and cause leaks.
Valve FAQ
Answers to frequently asked questions about IBC valves, compatibility, and replacement.
How do I know which valve thread my IBC tote uses?
The vast majority of IBC totes manufactured for the North American and European markets use S60x6 threads on the bottom discharge outlet. You can verify this by measuring the outer diameter of the outlet (approximately 60mm or 2.36 inches) and counting the thread pitch (6mm between thread crests). If you are unsure, take a clear photo of the outlet threads and send it to us. We will identify the thread standard and recommend the correct valve.
Can I upgrade from a butterfly valve to a ball valve?
Yes, this is one of the most common upgrades we perform and recommend. Ball valves provide superior flow characteristics, bubble-tight shutoff, and better performance with viscous liquids compared to butterfly valves. As long as the replacement ball valve has the same thread standard (typically S60x6) as your current butterfly valve, it is a direct swap. Simply unthread the butterfly valve and install the ball valve with a new gasket.
Are your valves food-grade certified?
We stock food-grade certified valves in both polypropylene and 304 stainless steel. Our food-grade PP valves are manufactured from FDA 21 CFR 177.1520 compliant polypropylene with EPDM or silicone seals. Our 304 and 316 stainless steel ball valves with PTFE seats are suitable for food, beverage, and pharmaceutical applications. When ordering, specify that you need food-grade and we will ensure the correct materials are selected.
How often should I replace my IBC valve?
Valve replacement frequency depends on usage intensity and the liquid being dispensed. For general-purpose water and mild chemical applications with moderate use (a few cycles per day), valves typically last 2-3 years. For high-frequency operations (dozens of cycles per day) or aggressive chemicals, annual replacement is recommended. Replace any valve that drips when closed, has a stiff or loose handle, or shows cracks in the body. Gaskets should be replaced every 6-12 months regardless of valve condition.
Do you offer bulk pricing on valves and gaskets?
Yes. We offer tiered pricing for valve and gasket orders. Orders of 25 or more valves receive a per-unit discount, and orders of 100 or more receive our best wholesale rate. Gasket kits are available in packs of 10, 25, 50, and 100, with per-unit pricing decreasing at each tier. Contact us with your quantity and specifications for a bulk quote. We also offer scheduled auto-ship programs for customers who need regular gasket replacement inventory.
Need Help Selecting the Right Valve?
Tell us your liquid, temperature, pressure, and connection requirements, and we will recommend the right valve, material, and thread combination for your application.