Bursting Strength Tester Manufacturers, Suppliers & Exporters

Bursting Strength Testers are specialized material testing equipment designed to measure the maximum pressure or force that paper, cardboard, packaging sheets, and other materials can withstand before rupturing. These machines are widely used in packaging, paper, printing, and manufacturing industries to ensure material strength, durability, and compliance with international quality standards.

At their core, Bursting Strength Testers apply uniform hydraulic or pneumatic pressure to a material sample until it bursts, recording the maximum force applied. By simulating real-world stresses such as stacking, handling, and transportation, these testers help manufacturers optimize material selection, enhance packaging safety, and maintain product quality.

Core Functions and Purpose

  • Bursting Strength Measurement – Determines the force required to rupture paper, cardboard, or packaging sheets.
  • Quality Control – Ensures materials meet ISO, TAPPI, and ASTM standards for strength and durability.
  • Material Development – Evaluates new paper, cardboard, and laminated materials under controlled testing conditions.
  • Packaging Optimization – Helps improve carton, box, and packaging designs for better protection of goods.

Product Types & Specifications

Based on Operation Mode

  • Manual Bursting Tester – Operator-controlled for small-scale or laboratory testing.
  • Semi-Automatic Bursting Tester – Motorized operation with digital display for precise measurement.
  • Fully Automatic Bursting Tester – PLC-based system with programmable cycles, data logging, and automated reporting.

Based on Capacity

  • Low-Capacity Tester – Up to 500 kPa, suitable for lightweight paper and sheets.
  • Medium-Capacity Tester – 500 kPa to 2,000 kPa, ideal for standard cardboard and packaging materials.
  • High-Capacity Tester – Above 2,000 kPa, used for industrial-grade packaging materials and high-strength paper.

Based on Sample Size & Accessories

  • Benchtop Bursting Tester – Compact unit for lab and R&D purposes. 
  • Floor-Mounted Bursting Tester – Heavy-duty machine for large samples and industrial-scale testing. 
  • Optional Accessories – Digital display, hydraulic pressure sensors, automated sample clamps, and software for data analysis.

Common Specifications

  • Bursting Pressure Range: 50 kPa to 5000 kPa (customizable)
  • Accuracy: ±1% of full-scale
  • Material: High-strength steel frame with corrosion-resistant hydraulic components
  • Controller: Digital or PLC-based interface
  • Safety Features: Emergency stop, overload protection, and safety guards

As a trusted manufacturer, supplier, and exporter, Indian Tread Bird delivers Bursting Strength Testers that are precise, durable, and reliable. Our machines are appreciated for their high accuracy, robust construction, and low maintenance requirements. Every unit undergoes strict quality checks to ensure compliance with international standards and superior performance for all material testing applications.

Popular Search

Bursting Strength Tester | Paper Bursting Strength Tester | Cardboard Bursting Tester | Packaging Sheet Strength Tester | TAPPI Bursting Tester | ISO Bursting Strength Machine | Semi-Automatic Bursting Tester | Fully Automatic Bursting Tester | Benchtop Bursting Strength Tester | Industrial Bursting Strength Tester

FAQ's

What’s the difference between analog and digital bursting testers?

Analog versions use mechanical gauges, while digital testers provide more precise readings, data storage, and software connectivity.


What is the Mullen Test?

It is a standard method for measuring the bursting strength of paper and paperboard using a hydraulic system.


How is the test conducted?

A sample is clamped, and hydraulic pressure is applied via a rubber diaphragm until it bursts. The pressure at rupture is recorded.


What materials can be tested?

Paper, paperboard, corrugated fiberboard, textiles, and certain flexible packaging materials.


What is a Bursting Strength Tester used for?

It is used to determine the maximum pressure a material like paper, fabric, or corrugated board can withstand before rupturing.


Scroll to Top