PVC Lead Complex Stabilizers Excellenet Stability/Good Processing ...

Product Description

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Lead based compound stabilizer

Introduction:

Product performance:
This series product has good thermo stability and processing performance, reasonable formulation. It has excellent internal and external lubricating balance; It is especially suitable for  It can be widely used in PVC profile, PVC panel,PVC pipe, PVC wire&cable.

Product Parameters

Technical data

Package and storage:
Packed in woven bag, lined with a PE bag, 25kgs in weight.
It can be stored in a cool and dry place with good ventilation.

FAQ

Q: What is PVC Lead Compound Stabilizer?
A:PVC Lead Compound Stabilizer is an additive used to enhance the thermal stability and mechanical properties of PVC (Polyvinyl Chloride) during processing. It consists of a mixture of lead salts and other additives that help prevent the decomposition of PVC at high temperatures.

Q: What is the primary function of PVC Lead Compound Stabilizer?
A:Its main function is to prevent PVC from degrading due to heat during processing, thereby improving the product's weather resistance, mechanical strength, and lifespan. It also enhances the surface finish and color of PVC products.

Q: Why choose your company's PVC Lead Compound Stabilizer?
A:Our PVC Lead Compound Stabilizers are produced using high-purity raw materials, ensuring excellent thermal stability and anti-aging properties. Our products undergo strict quality control, meet international standards, and are suitable for a wide range of high-demand applications.

Q: What are the benefits of using PVC Lead Compound Stabilizer?
A:PVC Lead Compound Stabilizer offers superior thermal stability, weather resistance, and processing performance. It effectively extends the service life of PVC products, improves their physical properties, and provides excellent cost-effectiveness for various PVC applications.

Q: How is PVC Lead Compound Stabilizer used?
A:PVC Lead Compound Stabilizer is typically blended with resin, plasticizers, and other additives in PVC formulations. It is recommended to add the appropriate amount of stabilizer according to the formulation requirements to achieve optimal processing and performance. We can provide detailed usage guidelines and technical support.

Q: What distinguishes your PVC Lead Compound Stabilizer from other brands?**  
A:Our products offer higher thermal stability and longer service life. We use advanced production processes and high-quality raw materials to ensure product consistency and stability. Additionally, we offer customized services to adjust formulations according to specific customer needs.

Q: How should PVC Lead Compound Stabilizer be stored?
A:PVC Lead Compound Stabilizer should be stored in a dry, well-ventilated area, away from direct sunlight and high temperatures. It should be kept sealed and away from acids, alkalis, and other chemicals to ensure its stability and effectiveness.

Q: How environmentally friendly is PVC Lead Compound Stabilizer?
A:Although lead-based stabilizers are restricted in some regions, our products comply with relevant regulations and are accompanied by detailed Safety Data Sheets (SDS) to guide safe usage. We also offer alternative eco-friendly stabilizers to meet the needs of different markets.

Q: How do I choose the right PVC Lead Compound Stabilizer?
A:Choosing the right PVC Lead Compound Stabilizer depends on specific application requirements, such as desired product performance, processing conditions, and regulatory compliance. Our technical team can help assess your needs and recommend the most suitable product.

Q: How can I obtain samples and pricing for your PVC Lead Compound Stabilizer?**  
A:If you are interested in our products, please contact our sales team. We can provide samples and pricing based on your specific requirements and offer professional technical support and services.

Company Profile

Xiongfa Technology is located in Hengshui City, China, about 300 kilometers away from Beijing.we are professional manufacturer of PVC additives, specializing in the research and development and manufacturing of PVC applications such as calcium zinc compound stabilizers, PVC lead compound stabilizers, chlorinated polyethylene CPE, and processing aid ACR.

The production and sales volume of CPE is tons/year, using German fully automatic chlorination reactor, acid phase chlorination production, continuous drying production, automated packaging and other manufacturing processes; The PVC composite stabilizer is introduced into a fully automatic mixing and batching system, equipped with a self-developed Distributed control system, achieving automatic control of the entire production process, stable quality, and high production efficiency.

Our R&D center has obtained over 30 national technology patents and has been rated as a national high-tech enterprise, a national Specialized and Innovative Small and Medium-Sized Enterprises. It has become the main setter of the national standard for chlorinated polyethylene (CPE).

We are committed to providing comprehensive solutions for the processing of PVC products, which are best-selling for China market and exported to over 30 countries and regions such as Vietnam, Thailand, Indonesia, India, the United Arab Emirates, Russia, South Africa, etc.

Technology Innovation

Technology Innovation

We Xiongfa Technology have established and run our own State R&D Centre, take a constant responsibility to innovate, and we always trade technical innovation as a motive force. We always dominate the PVC-additive field for top-level skills on aspects such as innovation, production and application, and we become who we are today with practical experiences of decades. The State R&D Centre which we put in huge investment to found is the top-ranking PVC-additive base in China. We have our own professional research team which is international advanced due to the innovative ability and an abundant reserve force. For the top-ranking innovative ability, we are rated as technical centre for enterprises in Hebei Province and enterprise-founder base of post-doctoral moving-sta[1]tion in Hebei Province. With the help of high-tech equipment and professional technical team we gain infinite motive power.

Certifications

 

PVC IMPACT MODIFIER Detail Introduction

This article is intended to provide the reader with a knowledge that is required to answer common questions and provide insight into the basic principles of PVC impact modifier for plastics.

1. What is a PVC impact modifier?

PVC impact modifier is a polymer that is added to PVC to improve its impact resistance. PVC is a brittle material, and adding an impact modifier helps to make it more flexible and less likely to break.

PVC impact modifiers are available in different formulations, each with its own advantages and disadvantages. The most common types of PVC impact modifiers are acrylics, polystyrenes, and urethanes.

Acrylics are the most widely used type of PVC impact modifier. They offer good impact resistance and weatherability. However, they can make the PVC more difficult to process.

Polystyrenes are another type of PVC impact modifier. They offer good impact resistance and processing properties. However, they can make the PVC more difficult to weld.

Urethanes are the most expensive type of PVC impact modifier. They offer the best impact resistance and processing properties. However, they can make the PVC more difficult to print and paint.

PVC impact modifiers are available in different concentrations. The higher the concentration of the modifier, the better the performance but the more expensive the product will be.

PVC impact modifiers are used in a wide range of products, including pipes, fittings, windows, doors

2. What are the benefits of using a PVC impact modifier?

PVC impact modifiers are a type of additive that improve the toughness and impact resistance of PVC products. PVC products made with impact modifiers are less likely to break or crack when dropped or hit, making them ideal for applications where durability is important.

PVC impact modifiers are available in a variety of formulations, each with its own set of benefits. Some common benefits of using a PVC impact modifier include:

-Improved toughness and impact resistance
-Reduced brittleness
-Increased flexibility
-Improved weathering resistance
-Better UV resistance

If you want to learn more, please visit our website Lianfu.

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PVC impact modifiers are an essential component in many PVC products, such as pipes, siding, and windows. Without an impact modifier, these products would be much more susceptible to breakage and damage.

3. How does a PVC impact modifier work?

A PVC impact modifier is a type of additive that is added to polyvinyl chloride (PVC) during the manufacturing process. The purpose of a PVC impact modifier is to improve the flexibility and impact resistance of PVC products.

PVC is a type of thermoplastic, which means it can be melted and formed into various shapes. However, PVC is a brittle material that is not very resistant to impact. This is where PVC impact modifiers come in.

PVC impact modifiers are usually made from acrylics or urethanes. These materials help to make PVC more flexible and resistant to impact. without compromising its strength or durability.

PVC impact modifiers are used in a wide range of products, including pipe, tubing, siding, windows, doors, and more. They are an essential part of the manufacturing process for many PVC products.

4. What are the different types of PVC impact modifiers?

There are three main types of PVC impact modifiers: acrylic, polyester and rubber. Acrylic impact modifiers are the most common type, and they improve the flexibility and impact resistance of PVC. Polyester impact modifiers improve the rigidity and strength of PVC, while rubber impact modifiers improve the vibration damping and shock absorption properties of PVC.

5. Which type of PVC impact modifier is right for my application?

There are three main types of PVC impact modifiers: acrylic, polyester and urethane. Acrylic impact modifiers are the most common type. They are typically used in applications where clarity and transparency are important, such as in food packaging. Polyester impact modifiers are tougher and more durable than acrylics. They are often used in construction applications where impact resistance is important. Urethane impact modifiers offer the best performance in terms of impact resistance and toughness. However, they are also the most expensive type of PVC impact modifier.

6. How do I use a PVC impact modifier?

If you're looking for a way to improve the impact resistance of your PVC products, then you need to use a PVC impact modifier. But what is a PVC impact modifier? And how do you use it?

A PVC impact modifier is a compound that is added to PVC products to improve their impact resistance. Impact modifiers are usually made from polymers, such as polystyrene or polyolefins. They work by absorbing the energy of impacts and dissipating it so that it doesn't damage the PVC product.

There are two main ways to use a PVC impact modifier. The first is to add it to the PVC compound during manufacturing. This ensures that the impact modifier is evenly distributed throughout the product and provides the best possible protection.

The second way to use a PVC impact modifier is to coat the surface of the PVC product with it. This can be done after manufacturing, and is often used for products that are going to be exposed to high levels of wear and tear. Coating the surface with an impact modifier helps to protect against scratches, scuffs, and other types of damage.

If you're looking for a way to improve the durability of your PVC products, then you need to use a

7. What are the safety concerns with using a PVC impact modifier?

PVC impact modifiers are safe to use in a variety of applications. However, there are some safety concerns that you should be aware of before using them.

One safety concern with PVC impact modifiers is that they can release harmful chemicals into the air if they are not used properly. Always make sure that you follow the instructions on the product label when using PVC impact modifiers.

Another safety concern with PVC impact modifiers is that they can be flammable. Always store them in a cool, dry place away from heat or flames.

Overall, PVC impact modifiers are safe to use if you follow the instructions on the product label. However, there are some safety concerns that you should be aware of before using them.

8. Where can I find more information on PVC impact modifiers?

If you're looking for more information on PVC impact modifiers, there are a few good places to start.

One great resource is the website of the Chlorine Institute, which provides a wealth of information on PVC and its impact modifier.

Another excellent resource is the website of the PVC Manufacturers Association, which also provides a wealth of information on PVC and its impact modifier.

Finally, the website of the American Chemistry Council's Center for the Polyurethanes Industry provides a comprehensive overview of PVC impact modifiers and their properties.

9. What are the ingredients in a PVC impact modifier?

Impact modifiers are added to PVC to improve its impact resistance. The most common impact modifier used in PVC is polyethylene. Other impact modifiers that are sometimes used include acrylics, styrene-acrylics, and maleic anhydride-modified polyolefins.

10. How quickly does a PVC impact modifier activate?

Most PVC impact modifiers will take effect within 24 hours of being applied. However, some may take up to 48 hours to fully cure.

11. What is the shelf life of a PVC impact modifier?

PVC impact modifiers are designed to improve the impact resistance of PVC products. They are typically used in construction applications where PVC is exposed to high levels of stress.

PVC impact modifiers have a shelf life of up to 10 years, provided they are stored in a cool, dry place. However, it is always best to check the manufacturer's instructions before use.

If you want to learn more, please visit our website PVC Compound Stabilizer.