Super Cell Marine Rubber Fender with Natural Rubber

• Model NO.: Super cell fender
• Shape: Super Cell Fender
• Size: Sc1700h
• Life Span: 15-20 Years
• Hardness: Shore a
• Transport Package: Normal Package
• Origin: China

• Material: Rubber
• Structure: Solid
• Color: Black
• Certification: CCS
• Trademark: Fendersys
• Specification: SC1700H
• HS Code: 40169400

1. Insturction of Super Cell fender
Super cell fender has a hollow cylindrical body with fully rubber-embedded mounting flanges and is designed to deflect in an axial direction. Super cell fender are very robust and have been used for many ports in the world. 
2.Features
High performanceCan support large panelsStrong, well-proven designLow hull pressure systemsWide choice of rubber compounds
3.Applications
Bulk terminalsOffshore platformsContainer berthsGeneral cargo berths
4.Specification:Note: Other specifications out of the series can be produced upon request.
5.Performance table for super cell rubber fenderNote: Performance tolerance ±10%Note: Performance tolerance ±10%
6.Contact Information:
 Contact Information:
Demi Jia
Room320, #699-1 Xuanwu Avenue, Xuanwu District Nanjing P.R.C.
Tel:+86-25 85581765
Web: www.fendersys.com
Phone:+86-18751950876
 

ACR-401 PVC Processing Aid

PVC Processing Aid ACR401: Revolutionizing Rigid PVC Compound Processing for Enhanced Performance and Quality

In the realm of polymer additives, PVC Processing Aid ACR401 stands as a remarkable innovation that has reshaped the landscape of rigid PVC compound processing. Through a meticulous emulsion polymerization process, this additive, derived from acrylate monomers, possesses the power to unlock a myriad of advantages that significantly elevate both the efficiency and quality of the manufacturing process.

At its core, ACR401 functions as a harmonizing agent, orchestrating a seamless interaction between the various components within PVC compounds. This harmonization translates into enhanced workability during processes such as extrusion and injection molding, where the material becomes remarkably pliable, responsive, and amenable to shaping. The end result is the creation of products characterized by exceptional precision and consistency.

One of the defining attributes of ACR401 is its ability to catalyze the plasticization and melting of PVC compounds. By facilitating the integration of plasticizers, the additive imparts newfound flexibility to the PVC material, allowing it to gracefully adapt to its intended form. Simultaneously, it expedites the melting process, reducing the energy barrier for transformation and enabling the material to be effortlessly molded into intricate designs and configurations. This dual effect enhances both the manufacturability and versatility of PVC compounds.

A notable advantage of incorporating ACR401 is its capacity to operate at reduced processing temperatures. By leveraging its unique chemistry, the additive enables manufacturers to achieve the same exceptional results while minimizing the energy input. This not only translates into tangible energy savings but also ensures the PVC material remains safeguarded from potential thermal degradation, thereby preserving the integrity of the final product.

Beyond its functional attributes, ACR401 also exerts a transformative influence on the aesthetics of PVC products. The additive's specialized formulation enhances the surface gloss of PVC items, endowing them with an alluring sheen that captivates the observer's eye. This subtle yet impactful enhancement in appearance adds to the overall visual allure of the final products, elevating their presentation and setting a new standard for quality.

The impact of ACR401 extends beyond appearance, permeating the very thermal dynamics of the manufacturing process. The additive's introduction augments the thermal flow properties of PVC compounds, facilitating a harmonious and uniform flow during processing. This ensures the consistent dimensions of the products and minimizes the risk of defects, contributing to a streamlined and flawless production process that meets the stringent demands of modern manufacturing.

For manufacturers who rely on extrusion as a primary production method, ACR401 emerges as a pivotal asset. By boosting extrusion speeds, the additive opens the door to heightened productivity and efficiency. Manufacturers can optimize their operations, translating into increased output without compromising the quality that defines their brand.

Furthermore, ACR401 imparts enhanced elongation properties to PVC compounds, enabling them to withstand stretching without succumbing to fractures. This heightened flexibility proves invaluable in applications where the PVC products experience various stresses and strains, thereby enhancing their durability and reliability.

In essence, PVC Processing Aid ACR401 represents the convergence of cutting-edge polymer science and pragmatic manufacturing prowess. Its multifaceted impact on processing performance, plasticization, surface aesthetics, thermal dynamics, and overall product quality cements its indispensable role in modern PVC manufacturing. This additive transcends conventional limitations, ushering in an era defined by efficiency, innovation, and excellence in the realm of rigid PVC compound processing. As industries continue to evolve, ACR401 stands as a testament to the power of innovation in enhancing materials and processes, pushing the boundaries of what is possible in the world of polymer manufacturing.

Acr-401 Pvc Processing Aid,Acr401 Processing Aid Resin,Acr401 Acrylic Processing Aid,Processing Aid Acr

HENGSHUI HOMART TECHNOLOGY CO.,LTD , https://www.hsjzgroup.com