Pet Strap

CNIP polyester plastic strapping provides maximum load stability for loads that shrink and settle during transit. Stronger than other plastic strapping materials, its excellent elongation and recovery characteristics help straps stay tight and absorb impacts without breaking.

This strapping material yields higher break strengths and maintains a higher level of retained strap tension than polypropylene strapping. It is commonly used for palletized loads, such as PET bottles, Cotton bales, jute to prevent product shifting during handling and transit. It performs smoothly and reliably in power strapping machines and manual application tools and is available in general, high-strength, embossed and high-strength embossed.

By utilizing 100% virgin raw materials for our high-strength PET straps and conducting rigorous testing in NABL-accredited laboratories, we ensure superior quality that stands out against competitors.

PET Polyester Strap is manufactured from Polythene Terephthalate material. It is the best and environment-friendly substitute of steel or chain strap and is used with automatic or semi-automatic battery tools. Our manufacturing plants used virgin material PET strapping as well as post-consumer and post-industrial PET containers to make new strapping. Requiring substantially fewer raw materials to manufacture than other strapping, CNIP innovative composition enables larger coils of strap, resulting in up to 40% less packaging waste and lower transportation costs.

The strap used for density bales pressed in a 20-21 inch wide by 54-55 inch long press box should typically measure between 87 to 89 inches in length, although it may extend up to 90 to 95 inches depending on the specific dimensions of the press box.

The manufacturing of CNIP Pet-strap will utilize high tensile Raw Virgin Flex, ensuring quality and durability. A systematic approach will be employed for testing and inspection, with break tests conducted at elongation rates ranging from one-fourth inch to 5 inches per minute to assess the material's strength and performance.

CNIP STRAP by CNIP India is a premium range of High Tensile PET Strap, crafted from meticulously sourced materials and produced under stringent standards, leveraging advanced technical expertise and a commitment to continuous research and innovation in manufacturing processes.

After internal processing in the extruder, the granules or PET flakes are subjected to heat, which melts them into a viscous molten plastic. This process facilitates further shaping or forming into final products, ensuring the material's properties are optimized for various applications.

The process described involves the extrusion of molten material through various channel dies, followed by cooling the extrudate in a water bath to promote solidification. This method is commonly used in manufacturing to create specific shapes and structures from materials like plastics or metals, ensuring uniformity and desired mechanical properties. The cooling step is crucial, as it helps in retaining the shape and enhancing the strength of the solidified material.

During the stretching process, the heated strap is elongated in a furnace to achieve specific technical properties, such as improved tensile strength and dimensional stability. This process enhances the material's performance by aligning its molecular structure, resulting in a stronger and more resilient product suited for various applications.

The production process is effectively managed through the continuous monitoring and control of predefined parameters, ensuring consistency, quality, and efficiency in output. This proactive approach allows for immediate adjustments and interventions if deviations occur, enhancing productivity and reducing waste while adhering to standards and regulations.

The embossing process increases the stiffness of the strap. The reduced contact surface and the increased stiffness of the strap improve the strap feeding process at the strapping machines. The Plain straps process increases the strength of the strap. The Plain strap improve the strap feeding process at the strapping machines. Major plain straps is use in cotton ginning industries.

Our manufacturing range includes cotton bale packing straps tailored for different markets, with Indian sizes ranging from 10 mm to 17 mm in width and 0.5 mm to 1 mm in thickness, while our American and African sizes span from 18 mm to 20 mm in width and 1 mm to 1.30 mm in thickness. The breaking strength of our straps varies between 221 and 1240, ensuring durability and reliability for all packing needs.

Heating the strap in the fixing duct helps to relieve internal tensions and forces within the material, resulting in dimensional stability that allows the strap to become straight and maintain that form over time. This process enhances its performance and reliability in applications where consistent geometry is crucial.

Cooling the strap to room temperature helps to minimize further contraction or shrinkage, which can occur when materials are subjected to heat. By stabilizing the temperature, it ensures that the strap maintains its intended dimensions and performance characteristics, preventing any potential issues that may arise from thermal expansion or contraction during use or installation.

The automated process for PET straps involves fully integrating systems to wind, label, palletize, and pick the straps according to specified lengths, enhancing efficiency and accuracy in production and packaging. This automation minimizes human intervention, reduces errors, and streamlines the supply chain, ensuring that the straps are ready for distribution in an optimized manner.

Marking each individual coil enables precise tracking and monitoring, allowing for detailed analysis of performance, wear, and maintenance needs over time. This meticulous approach ensures that any anomalies or changes in behavior can be promptly addressed, enhancing overall efficiency and longevity of the equipment involved.

Tensile strength is a crucial mechanical property that quantifies the maximum stress a material can withstand when being stretched or pulled before failing, such as breaking or yielding. It is typically measured in units of force per cross-sectional area, often expressed in megapascals (MPa) or pounds per square inch (psi), and is essential in determining the suitability of materials for various engineering and construction applications.

Break Strength: as below: