Composite IBCs

IBC Pressure Testing

Professional hydrostatic and pneumatic pressure testing for IBC totes. Verify container integrity, ensure DOT/UN compliance, and receive full certification documentation.

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We typically respond within 24 hours on business days.

Pressure testing is the definitive way to verify that an IBC tote is structurally sound and safe for use. Whether you're reconditioning used IBCs, certifying containers for hazardous material transport, or simply verifying the integrity of your fleet, our pressure testing service provides the documentation and confidence you need. We perform both hydrostatic and pneumatic testing to DOT and UN standards.

Hydrostatic testing fills the IBC with water and pressurizes it to the specified test pressure, providing a safe and accurate way to verify structural integrity. Pneumatic testing uses air pressure and is particularly effective for detecting micro-leaks at gaskets, seals, and valve connections. Both methods are performed by trained technicians using calibrated equipment, and every test result is fully documented for your compliance records.

Testing Methods

Hydrostatic

Water Pressure Testing

The IBC is filled with water and pressurized to the required test level. This method verifies overall structural integrity and is the standard for UN/DOT recertification.

  • Structural integrity verification
  • UN/DOT recertification standard
  • Safe, controlled test environment
Pneumatic

Air Pressure Testing

The IBC is sealed and pressurized with air. Combined with soap solution application, this method excels at detecting small leaks at gaskets, seals, and connections.

  • Micro-leak detection
  • Gasket and seal verification
  • Pressure decay monitoring

How It Works

1

Pre-Test Inspection

Before pressure testing, each IBC undergoes a visual inspection to identify any obvious defects — cracks, damaged threads, worn gaskets, or compromised valve seats — that could affect test results or safety.

2

Pressure Test Execution

The IBC is sealed and pressurized using either hydrostatic (water) or pneumatic (air) methods depending on the testing requirements. Pressure is held at the specified level for the required duration while the container is monitored for leaks and deformation.

3

Leak Detection & Analysis

During pressurization, we use visual inspection, pressure decay monitoring, and — for pneumatic tests — soap solution to identify any leaks at seals, gaskets, valve connections, and container walls. Any failures are documented with location and severity.

4

Certification & Documentation

IBCs that pass pressure testing receive certification documentation including test date, test method, pressure level, hold time, and pass/fail result. Certification markings are applied to the container per DOT/UN requirements.

Benefits of Pressure Testing

Hydrostatic testing using water pressure for accurate results
Pneumatic testing using air pressure for leak detection
DOT compliance testing for transportation requirements
UN packaging certification testing
Complete certification documentation provided
Certification markings applied to containers
Detection of micro-leaks at gaskets and seals
Valve and discharge assembly pressure verification
Fast turnaround — most IBCs tested within 24 hours
Bulk testing discounts for large quantities
Failed units identified with detailed failure reports
Re-testing available after repairs are completed

Request Pressure Testing

Provide details on the IBCs you need tested — quantity, size, and testing requirements.

We typically respond within 24 hours on business days.

Need Help?

Email us to discuss DOT and UN compliance testing requirements for your IBC fleet.

Email Us

Need IBC Pressure Testing?

Ensure your IBC totes meet DOT and UN safety standards. Professional hydrostatic and pneumatic testing with full certification.

Quick Quote Request

Fill out the form and we'll get back to you fast.

We typically respond within 24 hours on business days.