5 Reasons Why Your Business Needs What Is Usually Used As PVC Stabilizer？

Stabilizers have been playing an important role in the manufacturing of PVC and CPVC. These products, in turn, have an extensive range of functions and applications. Owing to their immense popularity and usage, stabilizers continue to be one of the most demanded raw materials in many industries such as manufacturing, construction, transportation, and so on.

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PVC stabilizers are primarily available in three forms: lead, tin and calcium-organic-based. For the former, its environmental implications are massive due to the use of a harmful substance like lead. That's why many manufacturers are switching to lead-free organic based stabilizer in an attempt to reduce the damage done to the environment as the demand for stabilizers shoots.

In this blog, we will discuss 5 reasons why you should make this switch in your business as soon as possible:

1. Cost-competitiveness: 

If you want your PVC formulations to be cost-competitive in the market, switching to organic stabilizers is the easiest way to do so. With the number of vendors vying for market share in the stabilizer industry, one way in which you can stand out and grow your business is to control your costs. Due to the cost-efficient production of lead-free stabilizers, you can regulate your manufacturing costs and sell PVC/CPVC compounds at a discounted rate.

2. More adjustable: 

Organic stabilizers usually offer a wider processing window and can be easily adapted to different business requirements. For example, while manufacturing PVC compounds for pipes, they can be smoothly adjusted to meet any technical specifications. Not only are these stabilizers compatible with standard stabilizer systems, but they also give excellent early colour and are odour-free. 

3. Reduced cross-linking: 

Many organic stabilizers are fundamentally antistatic and suppress cross-linking, minimizing the risk of damage to the applications. This also promotes longevity and easier recycling within the products.

4. Non-toxic: 

The absence of heavy metals such as lead in the lead based pvc stabilizer eliminates any hint of toxicity within the stabilizer, leading to non-toxic application in PVC and CPVC formulations. Platinum's lead-free stabilizers such as calcium and zinc stabilizers are powerfully backed by R&D to assure the non-toxicity of our products. Thus, they are also environment-friendly and sustainable.

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5. Excellent price/performance ratio: 

A par-excellent performance at an attractive cost automatically boosts the price/performance ratio of organic stabilizers, making them a much more profitable and responsible purchase than heavy-metal stabilizers. Organic stabilizers also offer better resistance to extreme heat and weather conditions. Better properties at a lower cost are every manufacturer's dream!

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Stabilizers are essential additives used in PVC (polyvinyl chloride) to improve the material's performance and durability. PVC is a versatile and widely used plastic with numerous applications, but it is inherently susceptible to degradation when exposed to heat, light, and various environmental factors.

1. Heat Stability: PVC is sensitive to high temperatures, and when exposed to heat during processing or in service, it can undergo thermal degradation, resulting in color change, loss of mechanical properties, and ultimately material failure. Stabilizers help prevent or minimize heat-induced degradation, maintaining the integrity and performance of the PVC product.
2. UV Resistance: When PVC is exposed to sunlight and UV radiation, it can undergo photo-oxidative degradation, causing yellowing, brittleness, and surface cracking. UV stabilizers in PVC formulations protect the material from the harmful effects of UV rays, preserving its appearance and extending its service life in outdoor applications.
3. Weatherability: Outdoor PVC applications, such as building materials, need to withstand various weather conditions, including rain, humidity, and temperature fluctuations. Stabilizers enhance the PVC's resistance to weathering, preventing it from degrading or becoming brittle over time.
4. Oxidation Resistance: PVC is susceptible to oxidation, especially when in contact with certain chemicals or environmental pollutants. Stabilizers act as antioxidants, inhibiting the oxidation process and maintaining the PVC's performance and appearance.
5. Color Stability: Stabilizers help prevent color changes in PVC due to exposure to light, heat, and other environmental factors, ensuring that the material retains its original color and appearance over an extended period.
6. Processability: PVC stabilizers improve the processability of PVC during manufacturing processes such as extrusion, injection molding, and calendering. They ensure smooth processing, uniformity, and consistency in the final product.
7. Flame Retardancy: In some applications where fire safety is critical, certain stabilizers contribute to improving the PVC's flame retardancy, reducing the risk of fire spread and enhancing safety.

By incorporating stabilizers into PVC formulations, manufacturers can produce PVC products that meet specific performance requirements and endure harsh environmental conditions. The use of stabilizers enhances the overall reliability, longevity, and functionality of PVC materials, expanding their applications in various industries such as construction, automotive, electrical, packaging, healthcare, and more.

As a professional manufacturer of PVC stabilizers, we welcome all of you to me at if you need any help with PVC stabilizers.

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