Product Introduction

The TSN200A Compression Tester is a high-precision laboratory instrument engineered to evaluate the compression strength, pressure resistance, and deformation characteristics of flexible packaging materials. Designed to meet the requirements of ASTM, GB, and other internationally recognized testing standards, the instrument delivers accurate and repeatable measurements that help manufacturers verify the structural integrity and mechanical performance of packaging products.

The TSN200A supports both force-controlled and deformation-controlled testing, allowing users to measure compressive force under a specified deformation or determine deformation under a specified load. Its advanced control system, precision load measurement, and stable mechanical design ensure consistent test results across a wide range of packaging applications. The intuitive operating interface simplifies test setup, execution, and data collection, enabling laboratories to perform efficient and reliable testing with minimal operator intervention.

Designed for quality control laboratories, research institutions, packaging manufacturers, and industrial production environments, the TSN200A provides reliable compression testing for flexible packaging materials used across the food, pharmaceutical, medical, plastics, and chemical industries.

Key Features

• Flexible Compression Testing Modes with adjustable speed, displacement, and pressure parameters for a wide variety of compression testing applications.
• Force-Controlled and Displacement-Controlled Testing enables accurate measurement of compression force or deformation based on predefined testing conditions.
• Full Computer-Controlled Operation featuring real-time monitoring, automatic data storage, curve analysis, report generation, and result comparison.
• Modular System Architecture supports future hardware expansion, software upgrades, and flexible laboratory integration.

Technical Parameters

Applications

Pressure Resistance Testing

The TSN200A is specifically developed for pressure resistance testing of flexible packaging products including food packaging bags, vacuum bags, stand-up pouches, laminated composite bags, aluminum foil bags, pharmaceutical packaging, and other flexible packaging materials. By applying a precisely controlled compressive load, the instrument determines the maximum pressure a package can withstand before permanent deformation or structural failure occurs.

Pressure resistance testing helps manufacturers optimize packaging design, verify material selection, improve transportation performance, reduce shipping damage, and ensure product protection throughout storage, stacking, warehousing, and distribution.

Burst Resistance Testing

The TSN200A also performs highly accurate burst resistance testing for various packaging bags and pouches. During testing, the instrument determines the maximum compression force that a package can withstand before bursting, providing valuable information about packaging strength, seal integrity, and overall mechanical performance.

This testing method enables manufacturers to evaluate packaging reliability, improve production quality, reduce product failures during transportation, and ensure compliance with international packaging performance standards.

Packaging Quality Control

The TSN200A is widely used by packaging manufacturers, quality inspection laboratories, research institutions, food producers, pharmaceutical companies, and plastics manufacturers to evaluate compression performance during product development and routine quality assurance. Its high testing accuracy and repeatability make it an ideal solution for verifying packaging durability and maintaining consistent production quality.

Research & Material Development

For research laboratories and product development teams, the TSN200A provides reliable compression analysis for new packaging materials, laminated films, composite structures, and flexible packaging designs. The instrument supports material optimization, comparative performance studies, and compliance verification, helping engineers develop stronger, safer, and more reliable packaging solutions.