Chemical Manufacturing

Industrial-strength IBC totes designed for the chemical industry. Our containers meet rigorous safety standards for storing and transporting chemicals, solvents, and industrial materials.

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UN

Certified Containers

DOT

Transport Compliant

100%

Leak Tested

HDPE

Chemical Resistant

Chemical Industry Solutions

Industrial Chemical Container Expertise

Chemical manufacturing demands containers that can withstand aggressive substances while maintaining structural integrity. Our chemical-grade IBC totes are built with high-density polyethylene (HDPE) specifically designed to resist corrosion, chemical degradation, and the rigors of industrial use.

Whether you're storing acids, bases, solvents, or other industrial chemicals, we provide containers that meet UN certification requirements and comply with DOT regulations for safe transport. Our team understands the unique challenges of chemical handling and can help you select the right container for your specific application.

We maintain detailed records of previous container contents to help you assess compatibility with your chemicals. For sensitive applications, we offer new containers that have never been exposed to other substances.

UN CertifiedDOT CompliantChemical ResistantLeak Tested
Applications

Chemical Categories We Serve

Our containers are suitable for a wide range of chemical applications. Here's an overview of common chemical categories and their container requirements.

Acids & Bases

High Hazard

Common Applications

Sulfuric AcidHydrochloric AcidPhosphoric AcidSodium HydroxidePotassium HydroxideNitric Acid

Container Requirement

UN Certified, Chemical Resistant

Industrial Solvents

Medium-High Hazard

Common Applications

AcetoneMethanolEthanolIsopropyl AlcoholTolueneXyleneMEK

Container Requirement

Explosion-Proof Valve

Cleaning Chemicals

Low-Medium Hazard

Common Applications

Industrial DegreasersSurfactantsDetergent ConcentratesSanitizersDisinfectants

Container Requirement

Standard Chemical Grade

Paints & Coatings

Medium Hazard

Common Applications

Latex PaintsEpoxy ResinsPolyurethanePrimersClear CoatsIndustrial Enamels

Container Requirement

Clean Container, Dark Storage

Adhesives & Sealants

Low-Medium Hazard

Common Applications

Contact AdhesivesSilicone SealantsPolyurethane AdhesivesEpoxy AdhesivesHot Melt Bases

Container Requirement

Temperature Controlled

Water Treatment

Medium Hazard

Common Applications

Chlorine SolutionsFlocculantspH AdjustersAlgaecidesScale InhibitorsBiocides

Container Requirement

Chemical Resistant

Specifications

Chemical-Grade Container Features

Our chemical containers are engineered to meet the demanding requirements of industrial chemical handling.

Material Specifications

Inner Bottle MaterialHigh-Density Polyethylene (HDPE)
Wall Thickness2.0 - 2.5 mm
Cage MaterialGalvanized Steel / Zinc-Plated
Pallet MaterialSteel, Plastic, or Composite
Valve MaterialPolypropylene / EPDM Gasket
UV StabilizationYes - Light Blocking HDPE

Performance Specifications

Capacity275 - 330 Gallons
Max Fill Weight2,200 - 2,640 lbs
Temperature Range-40°F to 140°F
Stacking CapacityUp to 4 High (When Full)
Discharge Rate2" Valve: 50+ GPM
Service Life5+ Years (Proper Use)
Safety

Safety & Compliance Features

Our chemical-grade containers are designed with safety as the top priority, meeting or exceeding industry regulations.

UN Certification

Containers certified to UN standards for hazardous materials transport. UN31A and UN31HA1 designations available for various packing groups.

Chemical Compatibility

HDPE liner materials tested for compatibility with a wide range of chemicals. Resistant to most acids, bases, and solvents.

Secure Containment

Heavy-duty valve systems and secure closures prevent leaks and spills. Multiple valve options for different chemical viscosities.

Pressure Relief

Vented caps available for chemicals that off-gas. Prevents dangerous pressure buildup during storage and transport.

Best Practices

Chemical Handling Protocols

Proper chemical handling requires following established safety protocols. Here are key considerations for chemical storage and transport.

1

Material Safety Data Sheet (MSDS) Review

Every chemical requires MSDS review before container selection. We verify compatibility between container materials and chemical properties including pH, temperature, and reactivity.

Key Steps

  • Obtain current MSDS from chemical supplier
  • Review Section 7 for storage requirements
  • Check Section 10 for stability information
  • Verify container material compatibility
2

Secondary Containment Requirements

EPA and state regulations often require secondary containment for hazardous chemicals. Our containers can be integrated with spill pallets and containment systems.

Key Steps

  • Assess total storage volume
  • Calculate 110% containment capacity
  • Select appropriate containment method
  • Implement regular inspection schedule
3

Labeling & Documentation

Proper labeling is critical for chemical safety and regulatory compliance. GHS-compliant labels ensure all handlers understand the hazards involved.

Key Steps

  • Apply GHS-compliant hazard labels
  • Include UN number for transport
  • Document previous contents history
  • Maintain chain of custody records
4

Emergency Response Planning

Every facility storing chemicals needs an emergency response plan. We help customers understand spill response procedures for their specific chemicals.

Key Steps

  • Identify spill response materials
  • Train personnel on procedures
  • Post emergency contacts visibly
  • Conduct regular drills
Reference

HDPE Chemical Compatibility

General compatibility guide for common chemicals with HDPE containers. Always verify specific compatibility before use.

Chemical TypeHDPE CompatibleConcentration LimitNotes
Acetic AcidYesUp to 50%Higher concentrations require testing
Hydrochloric AcidYesUp to 35%Excellent resistance at room temp
Sulfuric AcidYesUp to 70%Avoid high temperatures
Sodium HydroxideYesUp to 50%Good resistance to caustics
AcetoneLimitedShort-term onlyCan cause swelling over time
MethanolYesAll concentrationsExcellent resistance
EthanolYesAll concentrationsExcellent resistance
Bleach (Sodium Hypochlorite)YesUp to 12%Standard bleach concentrations OK
Nitric AcidLimitedUp to 30%Concentrated solutions attack HDPE
Gasoline/DieselYesAllSpecial additives may affect

Disclaimer: This chart is for general reference only. Always consult chemical manufacturers' recommendations and conduct compatibility testing for your specific application. Temperature, concentration, and exposure time all affect compatibility.

Products

Recommended Container Grades

For chemical applications, we recommend containers based on your specific requirements and the sensitivity of your application.

Highest Purity

New Containers

For applications requiring zero contamination risk, new containers provide guaranteed purity with no previous chemical exposure.

  • Pharmaceutical intermediates
  • High-purity solvents
  • Sensitive formulations
  • Food-contact chemicals
View New Containers
Most Popular

Grade B - Industrial

Ideal for most chemical manufacturing applications. These containers offer excellent structural integrity with documented previous contents.

  • Industrial solvents
  • Cleaning chemicals
  • Paints and coatings
  • General chemical storage
View Grade B
Best Value

Grade C - General Use

Cost-effective option for non-critical chemical storage. More cosmetic wear but fully functional for many industrial applications.

  • Waste chemical collection
  • Non-critical storage
  • Secondary containment
  • Short-term holding
View Grade C
FAQ

Chemical Industry Questions

Common questions about using IBC containers for chemical applications.

1Can I store acids in HDPE IBC containers?

Most dilute acids are compatible with HDPE containers. However, strong oxidizing acids like concentrated nitric acid or chromic acid can degrade HDPE over time. Always consult the chemical manufacturer's recommendations and our compatibility charts. For highly corrosive acids, we recommend containers specifically rated for those applications.

2What UN certification do I need for hazardous chemical transport?

UN certification requirements depend on the hazard class of your chemical. Most IBCs used for chemical transport need UN31A or UN31HA1 certification. Packing Group I (highest danger) chemicals require containers tested to withstand greater stresses. We can help you determine the correct UN specification for your specific chemicals.

3How often should chemical containers be inspected?

Visual inspections should be performed before each use. Formal inspections per DOT requirements are needed every 2.5 years for requalification. If a container has held corrosive materials, more frequent inspections may be warranted. Look for cracks, discoloration, swelling, or any signs of chemical attack on the container materials.

4Can I reuse a container that held a different chemical?

It depends on the chemicals involved and your application requirements. Some chemical residues can contaminate subsequent products or create dangerous reactions. We provide detailed previous contents documentation when available and recommend thorough cleaning between incompatible chemicals. For sensitive applications, we recommend new containers.

5What is the temperature range for HDPE IBC containers?

Standard HDPE containers are rated for contents between -40°F and 140°F (-40°C to 60°C). Filling with hot liquids above 140°F can cause container deformation. For elevated temperature applications, let liquids cool before filling or use specially designed high-temperature containers.

6How do I properly dispose of chemical residues?

Never pour chemical residues down drains or onto the ground. Most chemical residues are considered hazardous waste and must be disposed of according to federal and state regulations. We offer recycling services that include proper handling of residual chemicals. Contact us for guidance on disposal options.

7What grounding requirements exist for flammable chemicals?

When transferring flammable liquids, proper grounding and bonding prevents static electricity buildup that could cause ignition. Use grounding cables between the IBC and the receiving vessel, and ensure both are connected to a verified ground. Our containers can be fitted with grounding lugs for this purpose.

8Are there special requirements for storing oxidizers?

Oxidizers require careful storage away from flammable materials, organic compounds, and reducing agents. They should be stored in well-ventilated areas and segregated according to compatibility. Check NFPA 430 guidelines for specific storage quantities and separation distances required for your facility.

Important Safety Notice

When handling hazardous chemicals, always follow OSHA regulations, EPA guidelines, and your facility's safety protocols. Ensure proper personal protective equipment (PPE) is used, spill response materials are available, and all personnel are trained in chemical handling procedures.

Phoenix IBC Totes provides container solutions but does not assume responsibility for chemical handling practices. Customers are responsible for ensuring compliance with all applicable regulations and safety requirements for their specific chemicals and applications.

Need Chemical-Grade IBC Totes?

Our team can help you select the right containers for your chemical manufacturing needs. Contact us for expert guidance on compatibility, grades, and volume pricing.

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