Custom Solutions
Your Process, Your Container
Off-the-shelf IBCs don't always fit. We modify, adapt, and build custom intermediate bulk container solutions tailored to your exact operational requirements.
Describe Your Requirements
Tell us about your application and we'll design a custom IBC solution. Engineering consultation is free.
Capabilities
Custom Modification Options
We offer over a dozen standard modification categories, each with multiple configuration options. These can be combined to create a container that matches your process exactly.
Custom Valve Configurations
Replace standard 2-inch butterfly valves with ball valves, camlock fittings, stainless steel discharge assemblies, or multi-port manifolds. We match thread patterns and flow rates to your existing plumbing infrastructure.
Heating Jackets & Insulation
Electric or steam-traced heating jackets maintain viscous products at optimal flow temperatures. Full thermal insulation blankets prevent heat loss in cold storage environments and protect contents from freezing.
Mixing & Agitation Systems
Top-mount or side-entry mixers with variable-speed drives for blending, emulsification, and suspension maintenance. Available in stainless steel, PTFE-lined, or polypropylene depending on chemical compatibility.
Custom Lid & Vent Configurations
Pressure-relief vents, breather valves with desiccant cartridges, and sealed lids for inert-gas blanketing. We configure top openings for fill lines, level sensors, and sampling ports as needed.
Protective Liners
Drop-in LDPE, EVOH barrier, or foil-laminated liners for single-use applications or products incompatible with HDPE. Liners simplify changeovers and eliminate cross-contamination between batches.
Labeling & Identification
Custom placarding, GHS-compliant hazard labels, barcoding, and RFID tagging for inventory management. Permanent etching or removable adhesive labels to suit your tracking requirements.
Secondary Containment Bases
Integrated spill-containment pallets with 110% capacity sumps that replace the standard wood pallet. Required by EPA for hazardous material storage and recommended for any liquid that poses an environmental risk. Available in polyethylene and steel construction.
Sight Gauges & Level Indicators
External sight tubes, ultrasonic level sensors, or float-type level indicators mounted to the cage for real-time volume monitoring. Compatible with manual reading or integration with facility SCADA and inventory management systems.
Grounding & Static Dissipation
Grounding lugs welded to the cage, conductive bottom valves, and static-dissipative liners for flammable liquid applications. Meets NFPA 77 and API 2003 requirements for bonding and grounding during filling and dispensing.
UV Protection Covers
Fitted UV-blocking covers and wraps that shield the HDPE bottle from solar degradation during outdoor storage. Extends bottle life by 2-3 years in outdoor environments. Available in breathable and waterproof versions.
Flow Control & Metering
Inline flow meters, proportional control valves, and automated dispensing systems installed on the discharge port. Enables precise batching, dosing, and inventory tracking directly from the IBC without external pumping equipment.
Process
Engineering Consultation Process
Every custom IBC project begins with a free engineering consultation. This is where we learn about your application, understand your constraints, and start designing a solution. Here's how it works from first contact to finished product.
- Step 1: Discovery Call — we discuss your application, product characteristics, flow requirements, temperature needs, regulatory constraints, and budget. This conversation typically takes 30-45 minutes. No charge.
- Step 2: Technical Specification — our engineering team prepares a written specification document detailing every modification, the materials selected, chemical compatibility notes, and any regulatory certifications the finished container will meet.
- Step 3: Detailed Quote — you receive an itemized quote showing each modification as a separate line item, base container cost, and per-unit pricing at various quantity levels. Lead time is specified for each order size.
- Step 4: Prototype Build — for new configurations, we build a single prototype for your hands-on approval. You can test-fit connections, verify dimensions, and confirm operational suitability before committing to a production run.
- Step 5: Production Run — approved designs enter our modification line. Fixture-based workflows ensure consistency across every unit. Each container is individually tested and documented.
- Step 6: Delivery & Support — finished custom IBCs are delivered or shipped via our transport service. We provide ongoing technical support for the life of the container — if a valve needs replacing or a heating element fails, we handle it.
MOQ & Lead Times
Order Quantities & Lead Times
Custom modifications are available at any quantity. Here's what to expect for minimum orders and production timelines.
| Order Type | MOQ | Lead Time |
|---|---|---|
| Single modification (valve swap, liner install) | 1 unit | 3-5 business days |
| Multiple modifications (valve + heating + labeling) | 1 unit | 5-8 business days |
| Prototype / new configuration | 1 unit | 7-14 business days |
| Production run (standard mods) | No minimum | 5-10 business days |
| Production run (complex builds) | 5 units recommended | 10-20 business days |
| Large-scale (100+ units) | Contact us | Custom schedule |
Bulk pricing advantage: Custom modifications benefit from economies of scale. At 10+ units, fixture-based workflows reduce per-unit modification time. At 25+ units, we negotiate component pricing with our suppliers and pass savings to you. At 100+ units, full production-line efficiency applies with the deepest per-unit pricing.
All custom IBCs can be built on reconditioned or new base containers. Reconditioned bases reduce total cost while new bases provide a virgin starting point for the most demanding applications.
Valve Options
Custom Valve Configurations
The discharge valve is the most frequently customized component on an IBC. We offer eight standard valve types, each suited to specific applications. Custom thread adapters can be fabricated to interface with virtually any plumbing system.
Standard 2" Butterfly Valve
Polypropylene body, EPDM gasket — ~40 GPM at full open
General purpose. Stock configuration on most composite IBCs. Quick quarter-turn operation. Suitable for water-based and mild chemical products.
2" Ball Valve
Polypropylene or stainless steel body, PTFE seat — ~50 GPM at full open
Higher flow rate than butterfly valves. Full-bore design reduces turbulence and allows passage of small particulates. Preferred for viscous liquids and products with suspended solids.
2" Camlock Fitting (Type A/D)
Aluminum, stainless steel, or polypropylene — ~45 GPM
Quick-connect/disconnect for hose coupling. Standard in chemical transfer, agriculture, and fuel distribution. Available in Type A (male adapter), Type D (female coupler), and other cam-and-groove patterns.
1" Needle Valve
Stainless steel 316L — ~5 GPM at full open
Precision flow control for dosing, sampling, and metering applications. Fine thread adjustment allows exact flow rate setting. Common in pharmaceutical, laboratory, and fine chemical operations.
3" Butterfly Valve
Polypropylene body, EPDM gasket — ~90 GPM at full open
High-flow discharge for fast emptying of low-viscosity liquids. Requires custom lid modification to accommodate the larger valve body. Used in high-throughput operations.
2" Tri-Clamp (Sanitary) Fitting
Stainless steel 316L, mirror polish — ~50 GPM
Sanitary connection standard in food, beverage, dairy, and pharmaceutical processing. Tool-free clamp connection with FDA-compliant gasket. Allows complete disassembly for inspection and cleaning between batches.
Multi-Port Manifold (2-4 Outlets)
Polypropylene or stainless steel — Varies by port configuration
Splits a single IBC discharge into multiple outlets for parallel filling or simultaneous dispensing to different process lines. Each port independently valved for individual control.
Heated Discharge Assembly
Stainless steel with integral heating element — ~30 GPM (temperature dependent)
Electrically heated valve assembly prevents product solidification in the discharge port. Essential for waxes, resins, chocolate, and other products that solidify below a critical temperature. Thermostat-controlled with adjustable setpoint.
Heating
Heating System Options
Silicone Rubber Heating Jacket
Flexible silicone heating pads wrapped around the HDPE bottle and held in place by insulated straps. Available in 120V and 240V configurations with wattage from 1,000W to 4,000W. Built-in thermostat with adjustable range from 40°F to 180°F. Fastest heat-up time of all options. Can be removed for cleaning.
Drum/Tote Band Heater
Metal band heater clamped around the lower portion of the IBC bottle. Concentrated heat at the bottom promotes convection currents within the liquid. Available in 1,500W and 2,500W models. Simple installation and removal. Best for maintaining temperature rather than rapid heat-up.
Insulated Heating Blanket
Full-coverage insulated blanket with embedded heating elements and an outer layer of weatherproof material. Wraps the entire bottle for uniform heating and superior heat retention. Rated for outdoor use in all weather conditions. Available with digital temperature controller and high-temperature safety cutoff.
Steam-Traced Jacket
For facilities with existing steam supply. Copper or stainless tubing is routed around the bottle and connected to the plant steam system. Provides very uniform heating with precise temperature control via steam pressure regulation. Best for large-scale operations with centralized steam infrastructure.
Mixing
Mixing Equipment Details
Our IBC-mounted mixing systems transform a standard storage container into an active processing vessel. Here are the options we offer:
- Top-mount propeller mixer — 1/4 to 1 HP motor with variable-speed drive (50-500 RPM). Stainless steel shaft with 2 or 3-blade propeller. Reaches the full depth of the IBC. Best for low-viscosity blending and suspension maintenance.
- Top-mount high-shear mixer — rotor-stator design for emulsification, particle size reduction, and high-shear blending. 1/2 to 2 HP motor. Creates fine, stable emulsions directly in the IBC without transferring to a separate mixing vessel.
- Side-entry mixer — mounted through a custom port in the side of the IBC bottle. Shorter shaft for better mixing dynamics in certain applications. 1/4 to 1/2 HP. Common in paint, coating, and adhesive applications.
- Pneumatic mixer — air-driven motor for explosion-proof environments where electric motors are prohibited. Inherently safe for Class I, Division 1 hazardous locations. Variable speed controlled by air supply pressure.
All mixers are available with PTFE-coated or polypropylene wetted parts for chemical compatibility. Sanitary (3A) versions available for food and pharmaceutical applications.
Liners
Liner Installation Types
Drop-in liners convert any IBC into a single-use-interior container, eliminating the need for cleaning between product changes and enabling use with products incompatible with HDPE.
Standard LDPE Liner
Low-density polyethylene bag liner. Most economical option. FDA food-contact compliant. Fits 275-gallon and 330-gallon IBCs. Features a bottom fitment that connects to the IBC valve for closed-system dispensing. Ideal for single-use applications, product changeovers, and clean-in-place avoidance.
EVOH Barrier Liner
Multi-layer liner with an ethylene-vinyl alcohol (EVOH) oxygen barrier layer. Prevents oxidation and preserves product freshness for oxygen-sensitive products like wine, juice, oils, and certain chemicals. Shelf life extension of 3-6 months compared to standard liners.
Foil-Laminated Liner
Aluminum foil laminated between polymer layers provides a complete barrier against oxygen, moisture, light, and vapor transmission. Maximum product protection for high-value or highly sensitive products. Common in flavor, fragrance, and pharmaceutical ingredient applications.
Aseptic Liner
Pre-sterilized liner for aseptic packaging applications. Gamma-irradiated and supplied in sealed packaging. Maintains sterility until installation. Used in juice concentrate, dairy, and pharmaceutical liquid storage where microbial contamination must be prevented.
Anti-Static Liner
Static-dissipative LDPE liner designed for flammable liquid applications. Prevents static charge buildup during filling and dispensing that could cause ignition. Meets NFPA and ATEX requirements for use with Class I flammable liquids.
Form-Fit Liner
Thermoformed liner that matches the exact interior contour of the IBC bottle. Eliminates dead spaces and trapped air. Maximizes product yield by reducing residual heel volume. Available in LDPE, LLDPE, and multi-layer barrier constructions.
Case Studies
Past Custom Projects
Here are five real-world examples of custom IBC projects we've completed for Bay Area customers. Each case study illustrates the challenge, our solution, and the measurable results.
Heated IBC System for Chocolate Manufacturer
Challenge
A Bay Area artisan chocolate company needed to store and dispense liquid cocoa butter at 110°F to prevent solidification. Standard IBCs with no heating caused the cocoa butter to solidify within hours, blocking the discharge valve.
Solution
We installed silicone rubber heating jackets with thermostatic control set to 115°F on 12 IBCs. Each container received a heated discharge valve assembly to prevent solidification at the outlet. Full insulation blankets minimized energy consumption. Custom sight gauges were added for level monitoring.
Result
The customer eliminated product solidification issues entirely. Energy cost to maintain temperature averaged under $2 per IBC per day. The system has been in continuous operation for over two years with zero heating-related downtime.
Multi-Port Dispensing System for Paint Manufacturer
Challenge
A paint manufacturer needed to dispense base pigment from a single IBC to four separate mixing stations simultaneously. The standard single-valve configuration required repeated disconnection and reconnection of hoses, causing product waste and color cross-contamination.
Solution
We fabricated a 4-port stainless steel manifold with individual ball valves for each outlet. Camlock fittings matched the customer's existing hose connections. An inline strainer was added upstream of the manifold to catch pigment clumps. The entire assembly was designed for tool-free removal for cleaning.
Result
Production throughput increased 35% by eliminating hose changeover time. Cross-contamination between color lines was eliminated. The customer has since ordered the same configuration on all 24 of their active IBCs.
RFID-Tracked IBCs for Chemical Distributor
Challenge
A chemical distributor managing 400+ IBCs across multiple customer sites had no reliable way to track container location, fill status, or return dates. Lost and unreturned containers cost the company over $50,000 annually.
Solution
We installed industrial-grade RFID tags rated for chemical exposure on all 400 containers. Each tag was encoded with the IBC serial number, manufacture date, cleaning history, and customer assignment. The customer's warehouse management system was integrated to read tags at shipping and receiving docks automatically.
Result
Container loss dropped by 92% in the first year. Average container return time decreased from 45 days to 18 days. The customer recovered their investment in the RFID system within 8 months through reduced container replacement costs.
Explosion-Proof IBC Setup for Solvent Handler
Challenge
A solvent recycling company needed IBCs configured for safe storage and transfer of Class 1 flammable liquids. Standard IBCs lacked the grounding, bonding, and static dissipation features required by their insurance carrier and OSHA standards.
Solution
We modified 30 IBCs with grounding lugs welded to the cage, conductive bottom valves with grounding cables, static-dissipative LDPE liners, and flame arrestor breather vents. Each container was placed on a conductive secondary containment pallet. All modifications were documented and certified for compliance with NFPA 30 and OSHA 1910.106.
Result
The customer passed their insurance carrier's safety audit with full marks. Zero static discharge incidents have been recorded since implementing the modified IBCs. Annual insurance premiums decreased by 15% due to improved safety profile.
Custom Mixing IBCs for Cosmetics Formulator
Challenge
A cosmetics company was mixing small-batch lotions and creams in open vats, which exposed product to contamination and required manual stirring. They needed a closed-system mixing solution that could fit in their existing production space.
Solution
We equipped 8 IBCs with top-mount variable-speed mixers featuring PTFE-coated impellers for chemical compatibility. Sealed lids with fill ports, sampling ports, and nitrogen blanketing connections were fabricated. Each IBC received a temperature-monitoring thermocouple port and a bottom-drain ball valve for complete product discharge.
Result
Batch consistency improved significantly with controlled mixing speeds. Product contamination complaints dropped to zero. The closed system reduced solvent evaporation losses by an estimated 20%. The customer has since expanded to 14 mixing IBCs.
Need Something Specific?
If you can describe it, we can probably build it. Our engineering team loves a challenge — reach out and let's design the perfect container for your operation.