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The Complete Guide to Lowinox CPL in 2024

What is Lowinox CPL?

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Lowinox CPL, also known as 1,3,5-Tris(4-tert-butyl-3-hydroxy-2,6-dimethylbenzyl)-1,3,5-triazine-2,4,6(1H,3H,5H)-trione, is a widely recognized multipurpose polymerization hindered phenolic antioxidant. This chemical compound is best known for its high activity and low volatility, which makes it an excellent choice for protecting light-colored and non-color contaminating compounds. It is particularly effective in stabilizing isoprene and butadiene polymers, enhancing the durability of materials like SBR, MBS, ABS, and natural, and synthetic rubbers.

 

Lowinox CPL Stabilizer

As a stabilizer, Lowinox CPL plays a crucial role in enhancing the longevity and performance of various products. Its resistance to extraction by washing and boiling makes it particularly suitable for use in rubber threads and latex for carpet blocking and foams.

 

Lowinox® CPL Features

The key features of Lowinox CPL include its high activity, low volatility, and excellent resistance to extraction. These properties make it a superior choice for protecting a wide range of materials. It’s also renowned for its pollution-free nature, contributing to sustainable and responsible manufacturing processes.

 

Application of Lowinox™ CPL

Lowinox CPL finds its applications in a variety of industries. The primary use of this additive is in the rubber industry, where it provides stabilization for isoprene and butadiene polymers. It’s also used in latex for carpet blocking and foams, thanks to its resistance to extraction by washing and boiling.

 

Information on Lowinox® CPL Dispersion

Lowinox CPL is typically dispersed in a mixture during the production process. The dispersion ensures that the antioxidant properties of Lowinox CPL are evenly distributed throughout the product, enhancing its overall effectiveness and performance.

 

Getting Technical Datasheets for Lowinox® CPL

Technical datasheets for Lowinox CPL are an invaluable resource for understanding the chemical properties, safety considerations, and application guidelines for this additive. These datasheets can be obtained from the manufacturer or specialized technical databases and provide detailed information on handling, storage, and disposal procedures, among other technical details.

 

Source Description
Akrochem Provides a detailed technical data sheet for Lowinox® CPL, highlighting its solubility and resistance to extraction.
DKSH Describes Lowinox® CPL as a highly effective polymeric, phenolic valuable antioxidant in the stabilization of natural rubber and latex.
ChemPoint Offers a safety data sheet (SDS) for Lowinox® CPL, helpful for understanding safety measures and hazard management.
BaoxuChem Provides a technical data sheet in Chinese, showcasing the global reach and applicability of Lowinox® CPL.
SI Group Highlights Lowinox® CPL as a non-staining, non-discoloring phenolic antioxidant with low volatility.
AccuStandard Provides a certificate of analysis for Lowinox® CPL, ensuring the quality and consistency of the product.
SpecialChem Offers a technical datasheet for Lowinox CPL-50D Dispersion, a specific variant of Lowinox® CPL.
Swigcap Details the use of Lowinox® CPL in the stabilization of various polymers and rubbers.
MatWeb Highlights Lowinox™ CPL as a non-discoloring, non-staining antioxidant with high activity and low volatility.

These sources provide a wealth of information about Lowinox® CPL, covering its chemical composition, physical properties, applications, safety measures, and much more. They serve as reliable resources for anyone looking to gain an in-depth understanding of this versatile stabilizer.

 

How to Use Lowinox CPL in Rubber Applications?

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Lowinox CPL, a multipurpose polymerization hindered phenolic antioxidant, is an essential additive in the rubber industry. Its high activity and low volatility make it a superior choice for enhancing the longevity and performance of various rubber products. This additive is particularly effective in stabilizing isoprene and butadiene polymers, which are commonly found in SBR, MBS, ABS, natural, and synthetic rubbers. This guide will provide an overview of how to use Lowinox CPL in rubber applications, its benefits, and safe handling procedures.

 

Using Lowinox® CPL in Rubber

In rubber applications, Lowinox CPL is typically added during the production process. It is dispersed evenly throughout the rubber mixture to ensure that its antioxidant properties are distributed effectively across the product. This enhances the overall performance and durability of the rubber, making it more resistant to degradation over time.

 

Stabilization of Natural Rubber with Lowinox® CPL

Natural rubber can benefit significantly from the addition of Lowinox CPL. By acting as a stabilizer, this additive enhances the endurance of natural rubber, helping it resist degradation from environmental factors such as heat, light, and oxygen. This results in a longer lifespan for products made from natural rubber.

 

Benefits of Lowinox CPL in Rubber Threads and Latex for Carpet Backing

Lowinox CPL is especially suitable for use in rubber threads and latex for carpet backing due to its resistance to extraction by washing and boiling. This ensures that the antioxidant properties of Lowinox CPL remain intact even under harsh conditions, providing long-lasting protection for these types of products.

 

Extraction of Lowinox CPL by Washing and Boiling

While Lowinox CPL is resistant to extraction by washing and boiling, it’s important to note that these processes can still lead to some loss of the additive. However, the high activity and low volatility of Lowinox CPL mean that it continues to provide adequate protection even after these processes.

 

Safe Handling of Lowinox CPL in Rubber Applications

When using Lowinox CPL in rubber applications, safety should be a top priority. Always handle this additive with care to prevent exposure to skin and eyes. It’s also recommended to use appropriate personal protective equipment, such as gloves and safety glasses, during handling and application. Proper storage is equally essential; store Lowinox CPL in a cool, dry place away from heat sources and direct sunlight to maintain its efficacy.

Safe Handling of Lowinox CPL in Rubber Applications
Safe Handling of Lowinox CPL in Rubber Applications

Where Can You Find Detailed Information on Lowinox CPL?

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Several resources are available when seeking detailed information about Lowinox CPL, a highly effective polymeric, non-discoloring phenolic antioxidant. These resources provide comprehensive data on the chemical properties, applications, and handling procedures for Lowinox CPL, making it easier to understand its potential uses and benefits. This guide will direct you to the most relevant and informative resources for Lowinox CPL.

 

Accessing Technical Datasheets and Safety Data Sheets for Lowinox® CPL

Technical datasheets and Safety Data Sheets (SDS) for Lowinox CPL provide crucial insights into its chemical properties, safety considerations, and application guidelines. These documents can be accessed from various manufacturers’ websites, such as Akrochem, SI Group, and DKSH. They contain valuable information, including handling instructions, storage recommendations, and disposal procedures.

 

Obtaining Product Information and Documentation on Lowinox® CPL

For more specific product information and documentation on Lowinox CPL, consider visiting specialty chemical suppliers or manufacturers’ websites. These sites often have dedicated pages for each product they offer, including Lowinox CPL. Here, you can find detailed descriptions of the product, its key features, and its applications.

 

Lowinox® CPL Support and User Resources

Support and user resources for Lowinox CPL can be found on the manufacturers’ and suppliers’ websites. These resources often include frequently asked questions (FAQs), technical articles, product guides, and customer service contact information. Such resources can be beneficial for users who need additional support or have specific queries regarding the product.

 

Ordering and Requesting Lowinox CPLs

If you’re looking to order or request Lowinox CPLs, several online platforms offer this service. Websites like AccuStandard and Univar Solutions provide the option to purchase Lowinox CPL directly. They also offer customer support for any queries or issues related to the ordering process.

 

Viewing Available Lowinox® CPL Components

To view the available components of Lowinox CPL, consider visiting technical databases or manufacturers’ websites. These platforms typically list the elements of each product, giving users a clear understanding of what’s included in Lowinox CPL. This information can be handy for those looking to understand the product’s composition and potential applications.

Viewing Available Lowinox® CPL Components
Viewing Available Lowinox® CPL Components

What are the Features and Benefits of Lowinox CPL?

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Lowinox CPL, formally known as 1,3,5-Tris(4-tert-butyl-3-hydroxy-2,6-dimethylbenzyl)-1,3,5-triazine-2,4,6(1H,3H,5H)-trione, is a highly effective polymeric, non-discoloring phenolic antioxidant. Its unique properties, including its low volatility, non-discoloring nature, and safe handling, make it an excellent additive in various applications, particularly in the rubber industry. This article will delve into the key features and benefits of Lowinox CPL, exploring its multiple applications and the approvals necessary for its accurate application.

 

Low Volatility Phenolic Antioxidant in Lowinox CPL

One of the distinguishing features of Lowinox CPL is its low volatility. As a phenolic antioxidant, it provides robust protection against oxidation, a common cause of degradation in polymers. Its low volatility means it remains stable under high temperatures, making it suitable for applications that require heat processing.

 

Non-Discoloring Phenolic Antioxidant Properties in Lowinox® CPL

Lowinox CPL is also a non-discoloring phenolic antioxidant, which makes it ideal for use in light-colored or transparent polymers. It does not affect the color of the end product, thus maintaining the aesthetic quality of the materials it is used in. This property is especially useful in applications where maintaining color quality is critical.

 

Safe Handling and Effective Stabilization with Lowinox™ CPL

Safety is paramount when dealing with chemical additives, and Lowinox CPL is designed with this in mind. The compound is safe to handle, with minimal risk of skin or eye irritation when appropriately used. Additionally, Lowinox CPL offers effective stabilization for various polymers, enhancing their performance and durability.

 

Aqueous and Water-Based Applications of Lowinox CPL

Lowinox CPL is versatile in its applications, including its use in aqueous and water-based systems. Its hydrophobic nature makes it resistant to extraction by washing and boiling, ensuring that its antioxidant properties remain effective even in these conditions. This makes Lowinox CPL suitable for use in a wide range of products, from carpet backing to foam materials.

 

Approvals and Accurate Application of Lowinox® CPL

Before using Lowinox CPL in any application, it’s essential to ensure it’s approved for use in that specific context. Approval information can be found on the product’s technical datasheet or by consulting with the manufacturer. For accurate application of Lowinox CPL, it’s recommended to follow the guidelines provided in the product documentation. This will ensure optimal performance and safety when using this additive.

Approvals and Accurate Application of Lowinox® CPL
Approvals and Accurate Application of Lowinox® CPL

How does Lowinox CPL Compare to Other Stabilizers?

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When selecting a stabilizer for rubber or other polymer applications, it is essential to understand how different products compare in terms of performance, features, and approvals. Lowinox CPL is a highly effective phenolic antioxidant that offers several unique advantages over other stabilizers. This guide will provide a detailed comparison of Lowinox CPL with other stabilizers, emphasizing its specific applications, polymer-specific features, and effectiveness in non-staining and non-discoloring systems.

 

Comparison of Lowinox® CPL with Other Phenolic Antioxidants

Lowinox CPL stands out among other phenolic antioxidants due to its low volatility and non-discoloring properties.

 

Features Lowinox CPL Other Phenolic Antioxidants
Volatility Low High
Discoloration Non-discoloring May cause discoloration
Stability High Varies
Application Broad Limited

This table showcases the critical differences between Lowinox CPL and other phenolic antioxidants, indicating that Lowinox CPL offers superior stability and application versatility.

 

Lowinox CPL vs. MBS and Other Rubber Stabilizers

When compared to MBS and other rubber stabilizers, Lowinox CPL demonstrates superior performance in terms of heat resistance and stabilization.

 

Features Lowinox CPL MBS & Other Stabilizers
Heat Resistance High Moderate
Stabilization High Varies
Application Broad Limited

This comparison shows that Lowinox CPL can offer enhanced heat resistance and stabilization, making it an excellent choice for demanding rubber applications.

 

Specific Applications and Approvals for Lowinox® CPL

Lowinox CPL has specific applications in various industries, including rubber, plastics, adhesives, and coatings. Its use in these industries is subject to approval based on the particular requirements of each application. For accurate and approved usage of Lowinox CPL, it is necessary to refer to the product’s technical datasheet or consult with the manufacturer.

 

Polymer-Specific Features of Lowinox CPL

Lowinox CPL offers several polymer-specific features that make it suitable for different types of polymers. For instance, it provides excellent heat resistance in polypropylene and high-impact polystyrene. It also offers non-discoloring properties in PVC and other light-colored polymers, making it a versatile choice for various applications.

 

Lowinox® CPL in Non-Staining and Non-Discoloring Systems

One of the critical advantages of Lowinox CPL is its effectiveness in non-staining and non-discoloring systems. Its non-discoloring properties make it an ideal choice for applications where maintaining the color quality is critical. This includes rubber and plastic products, as well as adhesives and coatings.

 

References

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  1. SI Group – Lowinox CPL: This is the official product page for Lowinox CPL on the SI Group website. It provides technical details about the product, including its applications in stabilizing various polymers and rubbers. (https://www.chempoint.com/products/si-group/si-group-specialty-antioxidants/lowinox-cresolic-antioxidants/lowinox-cpl)
  2. Lowinox CPL – Scribd Document: This document gives an overview of Lowinox CPL, highlighting its chemical structure and properties as a non-discoloring phenolic antioxidant. (https://it.scribd.com/document/264245487/Lowinox-Cpl)
  3. AccuStandard – Lowinox CPL: AccuStandard provides certified reference standards for various chemicals, including Lowinox CPL. This source can be useful for verifying the chemical composition and properties of Lowinox CPL. (https://www.accustandard.com/prod0011259.html)
  4. Akrochem – What’s New: Akrochem offers news updates about various products, including Lowinox CPL. This source can provide recent information and developments related to Lowinox CPL. (https://www.akrochem.com/whats_new.php)
  5. SI Group – Lowinox CPL Powder: Another product page from the SI Group, this one focuses on Lowinox CPL in powder form. It gives additional information about the product’s form and application. (https://siigroup.com/Products/LOWINOX-CPL-Powder)
  6. Akrochem – Lowinox CPL Stabilizer: This technical data sheet provides detailed information about Lowinox CPL as a stabilizer, including its chemical name and properties. (https://www.akrochem.com/pdf/technical_data_sheet/rubber_chemicals/lowinox_cpl.pdf)
  7. Slideshare – Addivant Polymer Stabilizers for Coating: This presentation discusses various polymer stabilizers, potentially including Lowinox CPL. It can provide context about the broader field of polymer stabilizers. (https://www.slideshare.net/Huchangfa/addivant-polymer-stabilizers-for-coating)
  8. Yumpu – Handbook for the Chemical Analysis of Plastic and Polymer Additives: This handbook provides comprehensive information about the chemical analysis of various plastic and polymer additives, which likely includes Lowinox CPL. (https://www.yumpu.com/en/document/view/4160385/handbook-for-the-chemical-analysis-of-plastic-and-polymer-additives)
  9. SpringerLink – Plastics Additives Analysis: This academic source discusses the analysis of plastics additives, providing a scientific perspective on products like Lowinox CPL. (https://link.springer.com/content/pdf/10.1007/978-3-642-56211-2.pdf)
  10. SKS Science – Latex Gloves: This product page for latex gloves mentions Lowinox CPL as one of the ingredients, indicating one specific application of the product. (https://www.sks-science.com/lab-supply-p-4097.html)

 

Recommended reading: Get the Best Quality Lowinox CPL from China with Wellt

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