Bursting Strength Tester - DIGITAL PNEUMATIC
Bursting Strength Tester Manufacturer
Model ELI – BST
Packaging keeps products safe during shipping and storage. A bursting test machine helps manufacturers check how much pressure their packaging testing can handle before it breaks. our Bursting Strength Tester, ensuring it withstands the pressure to protect products inside.
The bursting strength tester is a crucial tool for evaluating the bursting strength of fabric and the bursting strength of paper testing and other materials used in packaging. It applies pressure to the packaging until it ruptures, indicating the amount of pressure the material can withstand. Typically, the tester comprises components such as a clamp to secure the material, a diaphragm to apply pressure, and a gauge to measure it. Some models may include a digital display for more precise readings. This equipment provides valuable data for assessing the durability and quality of packaging materials, ensuring they meet industry standards and can effectively protect contents during handling and transit.
Using a digital bursting strength tester machine has many benefits, including helping manufacturers ensure their packaging meets quality standards and reducing the risk of damage during shipping. Additionally, it aids in comparing materials and improving packaging design. Considering bursting strength tester price is essential for manufacturers to make informed investments in equipment that aligns with their needs and budget.
Digital Bursting strength tester principle
The Digital bursting strength tester is a machine used to check how strong packaging testing materials are. The paper bs tester involves securing a piece of burst strength of paper testing in place and gradually applying pressure until it ruptures. Provided by a trusted bursting strength tester supplier, measures the pressure a material can withstand before bursting. It’s essentially a stress test for materials. Manufacturers rely on this to gauge the durability and strength of their materials. The tester applies hydraulic pressure until the material breaks, with the pressure recorded digitally. This is vital in industries such as packaging, textiles, and paper, ensuring their products endure necessary pressures without tearing.
First, In assessing the bursting strength of corrugated box, the material is tightly clamped between two circular clamps. Pressure is then applied using a diaphragm or bladder, gradually increasing until the material breaks. A gauge records the pressure applied, typically measured in pounds per square inch (psi) or kilopascals.
The pressure at which the material breaks is called its bursting strength machine. This number shows the maximum pressure the material can withstand before it fails. By knowing the bursting strength, manufacturers can determine if the material is strong enough for packaging.
After the busting test, a bursting strength tester for carton box, the results are analyzed to comprehend the quality and strength of the material. The carton bursting strength tester digital analysis aids manufacturers in determining whether the material is suitable for packaging their products.
Digital bursting strength tester uses
In the bursting strength test procedure testers employ electronics and technology to assess materials and provide precise digital bursting strength measurements. Equipped with digital displays for convenient reading, these testers may boast features such as data logging and automatic test control. Their advanced capabilities enable meticulous testing, guaranteeing consistent and reliable results. Due to these attributes, they are extensively utilized across industries such as packaging and textiles to uphold quality control standards and advance product development.
- Luminous LED display
- Allowance for manual adjustment of the preset clamping pressure to remove measurement variations caused by human error.
- Just a single push button to operate.
- The ability to adjust the clamping force.
- Structure of Test Specimen with grooves Holder to prevent slipping and maintain the integrity of the test specimen
- Microprocessor-driven display for precise test outcomes
- Peak Hold facility for keeping maximum value of test result in memory
- Memory to hold up to 9 test reading
- Feather-touch controls
- Exact test results in the presence of multidirectional pneumatic force
- Powerful gripping clamps
- Digital read-out with high precision.
It is also available in a computerized model.
Range | 40kg/cm2 |
Specimen Clamping | Pneumatic |
Accuracy | ± 1% within 10% to 90% of entire range as per IS: 1828. |
Pressure Sensor | Pressure Transducer |
Dimensions | L 60cm x W 55cm x H 45cm |
Test fluid | Glycerin about 98% purified(lab grade) |
Rate of fluid displacement | 95 cc/minute |
Standard | ASTM D3786, BS 3137, ISO 2758, ISO 3303-1:2012, ISO 3689-1983, IS – 1060 – 1987 |
Approximate Weight | net 77 Kg, Gross (Packed) : 93 Kg |
Least Count | 0.1kg/cm2 |
Power Requirement | 220 Volt; 50 Hz AC, Single phase |
Display | LED (Digital) |
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FAQ's
The burst testing machine, commonly known as a burst strength test, measures the strength of materials by assessing the pressure they can withstand before breaking. This process, known as a burst strength test, is vital for ensuring that packaging is robust enough to effectively protect products during handling and transit.
The burst strength test applies pressure to a small area of the material until it ruptures. The pressure required for this rupture is known as the material’s bursting strength.
The ASTM standard for bursting strength is ASTM D3786. This standard provides the procedures and guidelines for testing the burst strength of textiles.
The bursting strength of paper is typically measured in pounds per square inch (psi) or kilopascals (kPa).
It’s best to check it regularly as recommended by the manufacturer to make sure it’s giving accurate results.