Why Need Bursting Strength Testers

To make sure that materials are dependable and long-lasting, a bursting strength tester digital is necessary. It contributes to the assurance of product safety and adherence to industry requirements by confirming that materials can tolerate pressure and stress. It saves money and waste by spotting flaws early on and offers information to enhance material performance and quality. This instrument is essential for upholding high levels of quality in the paper, textile, and packaging sectors.

Importance of Using a Bursting Strength Tester

The Bursting Strength Tester is crucial for several reasons:

• Ensuring Product Quality: It helps verify the strength and durability of materials, ensuring they meet required specifications.
• Product Development: Essential for research and development, it aids in creating new materials and improving existing ones.
• Compliance: Ensures that materials and products comply with industry standards and regulations.
• Customer Satisfaction: By guaranteeing the quality and reliability of materials, it enhances overall customer satisfaction.

How to Use the Bursting Strength Tester

Using the Bursting Strength Tester is straightforward, ensuring even those new to the equipment can achieve accurate results. Follow these steps for optimal performance:

• Sample Preparation: Cut the material sample according to the required dimensions and ensure it is clean and free from defects.
• Loading the Sample: Place the sample securely in the tester’s clamp. Make sure it is centred and properly aligned.
• Setting Parameters: Input the necessary test parameters, such as the type of material and the testing speed.
• Initiating the Test: Start the machine to apply pressure to the sample. The machine will gradually increase the pressure until the sample bursts.
• Recording Results: The machine will automatically record the bursting strength of the material, which can then be analyzed for quality control purposes.

Test Standards Compliance

Effective Lab India’s Bursting Strength Tester complies with multifarious international test standards that explain its versatility and reliability across different industries. These standards include:

• ASTM D3786 – The Standard Testing Method is defined for Testing the Bursting Strength of Textiles / Fabrics, also known as the Diaphragm – Bursting Strength Test Method)
• ISO 2758 The Standard Testing Method is defined for Determination of Bursting Strength of Papers
• ASTM D774  – Standard Test Method for Bursting Strength of Paper
• TAPPI T403 – Bursting Strength of Paper

• 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)

• 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.