Packaging Testing Services

Professional packaging reliability, transportation simulation, and environmental testing services designed to evaluate packaging durability, product protection, and supply chain performance.

Packaging Reliability & Transportation Testing

Packaging testing is performed to evaluate the durability, reliability, and protective performance of packaging materials and packaged products during transportation, handling, storage, and environmental exposure.

These evaluations help determine whether packaging systems can adequately protect products against mechanical stress, climatic conditions, vibration, shock, and other distribution-related risks.

At GTECH, we provide professional packaging and transportation reliability testing services to support manufacturers in improving packaging performance, reducing product damage risks, and optimising packaging efficiency.

Packaging systems must withstand transportation handling, environmental exposure, compression loads, vibration, and impact conditions while maintaining product protection, structural integrity, and operational safety throughout the supply chain.

Why is packaging testing important?

Packaging testing helps manufacturers verify that packaging systems can protect products from damage, contamination, and performance degradation during transportation and storage conditions.

Improve product protection

Evaluate packaging durability and resistance against transportation hazards, vibration, impact, and environmental stress conditions.

Reduce transportation damage risks

Identify packaging weaknesses early to minimise product failures, returns, and distribution-related losses.

Optimise packaging performance

Determine appropriate protection levels while reducing excessive or unnecessary packaging materials.

Support quality and compliance requirements

Demonstrate packaging reliability and performance under simulated transportation and environmental conditions.

Improve customer confidence

Reliable packaging performance helps maintain product quality and reduce damage during delivery and handling.

GTECH’s packaging testing capabilities

GTECH performs environmental simulation, transportation reliability, and packaging durability evaluations based on recognised international testing practices and standards.

Transportation & Mechanical Reliability Testing

Transportation and Mechanical Reliability Testing including Vibration Testing, Shock & Drop Testing, and Transportation Simulation Evaluations are conducted using industry-recognised reliability assessment methods to evaluate packaging performance under handling and shipping conditions.

Temperature & Environmental Testing

Temperature and Environmental Testing based on IEC 60068-2-1, IEC 60068-2-2, and ISO 16750-4 standards are conducted to assess packaging performance under extreme temperature and climatic exposure conditions.

Thermal Shock & Temperature Cycling Testing

Thermal Shock and Temperature Cycling Testing according to IEC 60068-2-14 and ISO 16750-4 standards are performed to evaluate packaging and product durability under rapid temperature transitions and thermal stress environments.

Humidity & Damp Heat Testing

Humidity and Damp Heat Testing following IEC 60068-2-30 and IEC 60068-2-78 standards simulate high-moisture and condensation environments to assess long-term packaging reliability and environmental resistance.

Additional Packaging Reliability Evaluations

Salt Spray Corrosion Testing

Conducted based on ASTM B117 standards to evaluate corrosion resistance under salt exposure conditions.

Transportation Simulation Testing

Performed following ASTM D4169 standards to simulate shipping and logistics environments.

Water Exposure Testing

Assess packaging resistance against moisture penetration and water exposure conditions.

Product Durability Assessments

Evaluate overall product and packaging integrity under handling and transportation conditions.

Environmental Reliability Evaluations

Simulate environmental stress conditions to assess long-term packaging reliability.