PnuBurst™ – Textile Testing Products – SDL Atlas

PnuBurst™ is an advanced pneumatic bursting tester offered by SDL Atlas for the textile industry. It utilizes cutting-edge pneumatic technology to perform accurate materials testing, capable of measuring up to 1500 kPa (200 psi). It's designed to surpass the capabilities of traditional burst testers, offering precise accuracy and compliance with strict industry standards.

PnuBurst™ comes with several innovative features, including:

• Adjustable clamping pressure for compliance with various standards.
• Automatic flow control for efficient sample bursting.
• Diaphragm correction for accurate burst pressure measurement.
• Laser distension measurement to analytically determine the burst point.
• A suite of software for cyclic testing, aimed at evaluating elastic fabrics under three-dimensional stress.
• Marks & Spencer approval, showing adherence to high retail standards.

Yes, PnuBurst™ supports a wide range of textile testing standards, including but not limited to ADIDAS 4.09, ASTM D3786, ISO 13938-2, and M&S P27. Its versatile design accommodates seven bell sizes to ensure compatibility with major standards and fulfills various industry requirements.

The PnuBurst™ is designed with user-friendliness at its core. It features a full-color touch screen controller for straightforward test setup and execution. Users benefit from preloaded standard tests, multilingual support, and simple diaphragm correction calculations, along with tool-free changes for bells and clamping rings, promoting safety and ease of use.

Yes, the PnuBurst™ boasts approval from Marks & Spencer, one of the leading retailers, indicating its compliance with stringent industry standards and quality expectations. This approval underscores the device's reliability and accuracy for materials testing in the textile industry.

The PnuBurst™ is capable of testing a wide variety of fabrics and materials, thanks to its adjustable clamping pressure and automatic flow control. It excels in evaluating the strength and endurance of both natural and synthetic fabrics under three-dimensional stress, making it a versatile choice for manufacturers, designers, and quality control labs working across a range of textile applications.