Performance is everything when it comes to corrugated packaging. A box can look strong on the production floor, but can crumble when it encounters stacking pressure, transportation vibration, warehouse handling, and environmental changes before it reaches its destination.  That’s why it’s imperative to partner with a corrugated manufacture who also offers package testing to ensure it can withstand these real-world demands. The result is better product protection, loss prevention, and ultimate customer satisfaction.

While we are not a certified testing lab, Abbott-Action Packaging can perform dynamic stiffness testing and Box Performance Indicator (BPI) testing for our customers to provide key insights into packaging durability. These advanced testing technologies, along with our decades of experience delivering premium corrugated packaging solutions, make us the preferred manufacturing partner of many industries.

Explore below how dynamic stiffness testing and BPI testing help create stronger, smarter packaging and why they have become valuable tools in modern corrugated manufacturing. For questions about testing or our wide range of services, contact us today.

Dynamic Stiffness Testing in Corrugated Performance Analysis

Dynamic stiffness testing is a cutting-edge evaluation method used to measure how corrugated board responds to repeated forces and movement. Unlike static measurements, this testing approach assesses the material’s resistance to bending and deformation under dynamic conditions. This offers a more realistic picture of how packaging will behave throughout the real-world handling, transportation, and storage environments of the supply chain.

By measuring the board’s structural response to continuous stress, manufacturers can better predict package performance before production begins. Traditional tests such as Edge Crush Tests (ECT) primarily measure stacking strength, while Mullen Burst Tests focus on puncture and bursting resistance. Dynamic stiffness testing complements these methods by evaluating how corrugated materials perform when exposed to the ongoing forces commonly encountered during distribution.

Standout Benefits of Dynamic Stiffness Testing in Corrugated Manufacturing

The value of dynamic stiffness testing shows up in several ways, including:

• Predicts real-world box performance: Dynamic stiffness testing mirrors the conditions boxes experience during transportation and handling, resulting in more accurate performance forecasts. 

• Improved accuracy: The testing process provides detailed data about material behavior, helping manufacturers make decisions based on realistic performance metrics rather than assumptions. 

• Better material selection: Engineers can compare different board grades and flute profiles to identify the best material for a specific packaging application. 

• Lower packaging costs: Understanding true material performance helps avoid unnecessary material upgrades while still meeting strength requirements. 

• Enhanced quality control: Consistent testing helps ensure uniform product standards and identifies performance variations before products reach customers. 

• Reduces material waste: Precise material selection helps limit excess board use and supports more streamlined manufacturing. 

• Enables faster design decisions: Accurate performance data allows packaging teams to speed up development timelines and move designs from concept to production more efficiently.  

Evaluating Corrugated Performance with BPI Testing

In addition to dynamic stiffness testing, Abbott-Action can conduct BPI testing to evaluate overall packaging performance. Box Performance Indicator testing combines multiple performance factors into one score, giving manufacturers a clearer way to analyze box quality. A higher BPI rating typically signals a package that is better prepared to withstand shipping, storage, and distribution without losing its structural integrity.

Advantages of Corrugated BPI Testing

BPI testing offers a wide range of advantages, such as:

• Robust view of box performance: Evaluating multiple performance qualities simultaneously provides a more complete assessment than individual tests alone. 

• Anticipates real world box behavior: The combined metric provides valuable insight into how boxes are likely to perform throughout every phase of the supply chain. 

• Supports better packaging design: Teams can use BPI data to optimize box structures and improve package design without sacrificing strength.  

• Consistency in quality evaluations: A standardized performance indicator makes it easier to compare products and maintain consistent quality benchmarks. 

• Helps identify weaknesses: Potential performance concerns can be detected during development, reducing the likelihood of packaging failures after production. 

• Prevents over-engineering: Manufacturers can avoid excessive material usage by designing packaging based on actual performance requirements rather than conservative estimates. 

• Fosters sustainability goals: Using only the necessary amount of material supports waste reduction efforts and contributes to environmentally responsible packaging practices. 

Call Abbott-Action for Thoroughly Tested Corrugated Packaging

Dynamic stiffness testing and BPI testing are intrinsic to the performance of corrugated packaging. Dynamic stiffness testing focuses on how corrugated materials respond to real-world movement and stress, while BPI testing combines multiple performance factors into one comprehensive measurement of box quality. Together, these testing methods help confirm that packaging that is both durable and cost-effective.

Since 1935, Abbott-Action has been devoted to delivering corrugated packaging solutions that customers across different industries can count on. We uphold this mission by offering testing services for customers as well as expert engineering support and reliable manufacturing solutions. If you are looking for corrugated packaging that performs without fail throughout the supply chain, contact us today.