In the paper and packaging business, product value is not a luxury it is a necessity. Packing materials must be able to resist pressure can when stacked and during transportation. If a product succumbs to stress, it mean lost production time, customer complaints and revenue loss. Manufacturers depend on the Computerised Bursting Strength Tester for accurate performance assessment, to maintain quality standard and structural integrity. Quality tester is an electronic bursting strength tester. It measures the rupturing force of a fabric subjected to an increasing hydrostatic pressure under the standard conditions. This test is commonly used as a key parameter in testing of packaging strength.
What Exactly Is Bursting Strength and Why Does It Matter?
Bursting strength is the maximum hydraulic pressure at which material will not break. It is a measure of packaging materials ability to resist internal influences from packed items and external forces during handling, stacking, and transport. To be specific, the corrugated containers for export shipments must withstand stacking loads under vertical compression in warehouses and drop vibration during transportation. If the bursting is not sufficient, packaging under pressure can fail. Measurement of strength bursting strength prevents these hazards and ensures that quality limitations are met.
How the Computerised Testing Process Works
A Computerised Bursting Strength Tester works on the principle of applying hydraulic pressure. The sample is firmly clamped between two circular plates in the test. The hydraulic force is transmitted by a flexible rubber diaphragm which pushes the specimen upwards. The pressure continues to build until the material ruptures.
The computer-based system captures the maximum pressure level at the moment of failure. The digital bursting strength machine offers a level of control and precision previously unattainable with manual models. Real-time display of data and automatic peak discrimination: manual error reading disappears, making the test more reliable.
How it works
Industries That Rely on Packaging Strength Testing
The Computerised Bursting Strength Tester is widely used in:
Paper & Paperboard Manufacturing
- Testing writing paper, kraft paper, and liner boards
Corrugated Box Industry
- Ensuring box durability during stacking and transport
Packaging Industry
- Evaluating cartons and export packaging materials
Printing & Converting Units
- Verifying material strength before production
In all these sectors, packaging strength testing ensures product protection and customer satisfaction.
Benefits of Using a Computerised Model
Compared to manual or semi automatic machines, a computerised model offers best benefits:
- Higher accuracy and consistency
- Reduced operator error
- Faster testing cycles
- Automatic result recording
- Improved data analysis capabilities
These useful benefits contribute to high quality control and streamlined operations.
Pick Texcare Instruments Limited for Quality Tools
A prominent manufacturer and provider of high-performance testing instruments, Texcare Instruments Limited designs and manufactures precision-engineered Computerised Bursting Strength Testers. We build machines for the paper and packaging industries.
We provide:
- Reliable digital bursting strength machines with advanced technology
- Robust construction for long-term industrial use
- Accurate and repeatable testing performance
- Technical guidance and after-sales support
With strong commitment to innovation and quality. Our team ensure that your packaging strength testing processes are efficient and aligned with industry standards.
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Q : What is a Computerised Bursting Strength Tester used for?
A : This taster is help to measure the bursting strength of paper, paperboard, corrugated sheets and packaging materials to evaluate their resistance to pressure.
Q : What is bursting strength?
A : Bursting strength is the maximum hydraulic pressure a material can withstand before rupturing or breaking.
Q : How is the test performed?
A : After clamping the sample onto a rubber diaphragm, hydraulic pressure is gradually increased. And the sample explodes at the maximum pressure, which is recorded digitally.
Q : What industries use this machine?
A : Paper manufacturing, corrugated box production, packaging industries, printing units, and quality control laboratories use this equipment.
Q : Why choose a computerised model?
A : A computerised model provides greater accuracy, automatic data recording, reduced human error, faster testing, and improved overall efficiency.