Vulkacit CZ, also known as Benzothiazyl-2-cyclohexyl sulfenamide (CZ), is a crucial component in the rubber industry. As an accelerator in rubber vulcanization—a process that enhances the strength and resilience of rubber products—Vulkacit CZ plays a pivotal role in the manufacturing of a wide range of goods. From automobile tires to protective gloves, this compound is integral to the final product’s quality and performance. In this guide, we will delve into the properties, uses, and prospects of Vulkacit CZ in the global market landscape.
What is vulkacit® cz, and what is its importance in 2024?
vulkacit® accelerator
Vulkacit® CZ is a benzothiazole-based sulfenamide accelerator. As an accelerator, it plays a crucial role in the vulcanization process. Its chemical formula is C13H16N2S2, and it possesses an average molecular weight of approximately 264.41 g/mol. In its pure form, Vulkacit® CZ appears as a light yellow granule with a slight sulfurous odor.
In terms of performance, Vulkacit® CZ is known for its high efficiency and excellent vulcanization plateau. It also exhibits good heat aging resistance in NR and synthetic rubbers. The ideal processing temperature for Vulkacit® CZ ranges between 90 to 125°C, and it offers optimal performance when mixed with small amounts of essential accelerators.
The use of Vulkacit® CZ is prevalent in the manufacturing of industrial products such as cables, rubber seals, belts, and tire treads, where it confers improved heat resistance, aging qualities, and mechanical properties to the final product.
Safety precautions recommend avoiding inhalation or contact with skin and eyes, as Vulkacit® CZ can irritate. Furthermore, it should be stored in a cool, dry, and well-ventilated area away from incompatible substances such as potent oxidizing agents.
Lanxess vulkacit®
LANXESS, a leading specialty chemicals company, is a prominent supplier of Vulkacit® CZ. It forms a significant part of their extensive product portfolio in the rubber industry. The company is renowned for its high-quality accelerators, and Vulkacit® CZ stands as a testament to its commitment to quality and performance. LANXESS ensures the delivery of this product adhering to stringent safety and environmental standards, reflecting its dedication towards sustainable and safe practices. Owing to its superior attributes and the support from a trusted brand like LANXESS, Vulkacit® CZ continues to hold a favorable position in the rubber production industry.
Looking towards the future, the Importance of Vulkacit® CZ in 2024 is expected to increase significantly due to its indispensable role in the rubber and polymer industries. As the world continues to advance technologically, the demand for durable, heat-resistant materials rises exponentially, making the role of Vulkacit® CZ more critical than ever. Its unique ability to enhance the heat aging resistance of NR and synthetic rubbers positions it as a vital component in the manufacturing of industrial products, particularly those subjected to extreme temperatures and wear.
From a technical standpoint, the use of Vulkacit® CZ in polymer applications extends beyond basic vulcanization. It contributes to the modification of polymer properties, improving tensile strength, elongation at break, and resistance to thermal aging. This versatility in polymer processing, coupled with its superior performance attributes, underscores the fact that Vulkacit® CZ will continue to be essential in the ongoing development of high-performance polymers. As we look towards 2024 and beyond, it’s clear that Vulkacit® CZ’s unique properties and the backing of a trusted supplier like LANXESS ensure its continued prominence in the industry.
How will you view and evaluate vulkacit® products in 2024?
In 2024, viewing and evaluating Vulkacit® products, especially Vulkacit® CZ, for polymer technical use requires a comprehensive understanding of their properties. Vulkacit® CZ, as a primary accelerator, offers a fast rubber cure, making it invaluable in the production of various rubber goods. This rapid vulcanization capability ensures shorter processing times, increased efficiency, and cost-effective production processes.
Vulkacit® CZ’s properties include exceptional heat aging resistance, excellent modulus development, and crosslink density. These features enhance tensile strength and elongation at break, making it indispensable for high-performance rubber goods subjected to severe service conditions.
When evaluating Vulkacit® CZ for polymer technical use, attention should be given to its compatibility with different rubber types, its effect on processing and vulcanization characteristics, and its contribution to the end product’s performance properties. Its thermal aging resistance capability, for instance, implies that it could be a preferred choice for products that operate under high-temperature conditions.
Remember, the terms of use for Vulkacit® CZ should strictly adhere to safety and handling instructions as stipulated by LANXESS. This ensures the safety of users and maximum efficiency in its application. The correct usage of Vulkacit® CZ, based on these guidelines, guarantees the optimal performance of the finished rubber product.
In summary, the unique attributes of Vulkacit® CZ make it a key player in the polymer and rubber industry in 2024. Its continued usage and Importance are unquestionable, given its role in enhancing the performance characteristics of various rubber goods.
Understanding the Technical Aspects of Vulkacit cz in 2024
Vulkacit® CZ, a product of LANXESS, has found substantial application as a vulcanization accelerator in the tire industry. It functions by speeding up the vulcanization process, which is pivotal in the manufacture of tires. This process involves the transformation of rubber into a more durable material by creating cross-links between individual polymer chains. The acceleration of this process by Vulkacit® CZ results in shorter manufacturing times and increased efficiency, leading to significant cost savings and enhanced product quality.
Furthermore, Vulkacit® CZ boasts properties that augment its effectiveness in tire production. These include excellent heat aging resistance and superior modulus development. Such properties enable the tire to withstand high-temperature conditions and severe service conditions, thereby improving the durability and longevity of the tires.
Aside from its notable use in the tire industry, Vulkacit® CZ is also employed as an anti-corrosion agent. The compound’s unique chemical structure confers it with the capacity to form a protective layer over materials, effectively guarding against the detrimental effects of corrosion. This has broadened the scope of Vulkacit® CZ’s applications, strengthening its position as a versatile and indispensable compound in the polymer and rubber industry.
Comparing the Performance and Safety of Different vulkacit® Accelerators in 2024
When examining accelerators in the Vulkacit® product line, we encounter the sulfenamide-based Vulkacit® LDA. This accelerator, like Vulkacit® CZ, plays a significant role in tire manufacturing. Vulkacit® LDA’s properties, such as its delayed onset of cure and longer scorch safety, differentiate it from Vulkacit® CZ, which boasts quick vulcanization. This difference has implications for their respective manufacturing environments; Vulkacit® LDA is more suited for processes that require slower vulcanization, ensuring precision and accuracy.
In comparing the safety and performance considerations for different Vulkacit® products, each product offers a unique balance. Vulkacit® CZ’s properties, e.g., increased efficiency and superior heat resistance, are well-suited for high-temperature, demanding service conditions. On the other hand, Vulkacit® LDA’s slower curing process can be advantageous in specific applications, offering flexibility and control over the vulcanization process.
It’s crucial to consult the technical data and safety information provided by LANXESS when considering the use of any Vulkacit® products. For example, Vulkacit® LLC is a standard vulcanization accelerator that boasts a broad application scope and good physical properties, but it also requires appropriate handling precautions to ensure safe usage. A comprehensive understanding of each product’s characteristics and safety requirements will maximize its benefits and ensure the safety and efficiency of its application.
References
- Vulkacit CZ/C – LANXESS – Polymer Additives This source provides a brief overview of Vulkacit® CZ/C, a vulcanization accelerator by Lanxess. It highlights that the product is fast and safe, providing a good starting point for understanding its essential properties.
- 2024 A.T. Guide (PUR Bound) While not directly related to Vulkacit CZ, this guide may provide helpful context for understanding the broader landscape of industry developments in 2024.
- Vulkacit CZ/EG-C This document from Lanxess offers a detailed description of Vulkacit CZ/EG-C, including its uses and potential hazards. This source will be helpful for those seeking comprehensive information about the product.
- Exploratory Development of Corrosion Inhibiting Primers This study explores the use of various inhibitors on aluminum panels, providing insight into the broader field of corrosion prevention. The relevance of Vulkacit CZ in this context may need further investigation.
- Lanxess Vulkacit® CZ/C Vulcanization Accelerator This datasheet offers technical specifications for Vulkacit CZ/C, providing valuable information for those interested in the product’s physical and chemical properties.
- LANXESS Chem Liter | PDF | Natural Rubber | Cross Link, This brochure from Lanxess offers a broad overview of their rubber chemicals portfolio, including Vulkacit CZ. It provides context for understanding the product’s role within the company’s offerings.
- 978-3-642-56211-2.pdf An academic source discussing the analysis of plastics additives. While not specific to Vulkacit CZ, the information could provide valuable insight into the broader field of additives.
- AII | Accelerators – Advanced Industrial Intermediates This page lists various accelerators, including Vulkacit CZ, providing a valid comparison point for understanding the product’s unique properties and applications.
- 2024 A.T. Guide (Loose-Leaf) Similar to the PUR Bound guide, this source may provide context around industry developments in 2024, though its relevance to Vulkacit CZ expressly may be limited.
- Vulkacit CZ/EG-C – LANXESS – Polymer Additives is another detailed source on a variant of Vulkacit CZ, offering similar benefits as the first source but with additional information on the EG-C variant.
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