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PVC technologies and material science

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Technical articles on PVC technologies, plasticizers, stabilizers and sustainable production.

New Featured Contributions in 2026

Editor’s pick

New Featured Contributions in 2026

In the PVC and polymer additive industry, 2026 will be a year of breakthrough in terms of sustainability, low VOC chemistry, and next-generation performance contributions.

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Technical knowledge, practical insight.

Assessment of the Year: Plastay's Technical Developments

Assessment of the Year: Plastay's Technical Developments

During 2025, Plastay made significant technical improvements in the fields of production, process management and sustainability. This year has been marked by critical steps that have improved quality efficiency and increased customer satisfaction.

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How to Choose the Right PVC Compound Supplier?

How to Choose the Right PVC Compound Supplier?

A quality PVC compound directly affects production speed, product performance and costs. Therefore, supplier selection is a strategic decision.

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Effect of Plasticizers on Mechanical Properties

Effect of Plasticizers on Mechanical Properties

All basic mechanical properties of PVC, such as flexibility, strength, impact resistance and workability, are directly dependent on the choice of plasticizer. The right plasticizer determines the right ratio and the performance of the right process-material.

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The Future of Sustainable PVC Additives

The Future of Sustainable PVC Additives

PVC additive technologies are undergoing a major transformation in terms of both performance and environmental impact. Reducing the carbon footprint and regulatory compliance determine the next generation of contributions.

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Global Trends in Plasticizers

Global Trends in Plasticizers

The PVC industry is undergoing a rapid transformation with regulations, sustainability expectations and new generation technologies. The need to reduce the environmental impact of plastic products directly shapes plasticizer trends.

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Color Stability and Process Improvement Techniques in PVC Compounds

Color Stability and Process Improvement Techniques in PVC Compounds

Color stability in PVC compositions depends on many factors such as stabilizer type, pigment compatibility, process temperature and plasticizer selection. Color change, burning and surface defects are critical issues for manufacturers.

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PVC Stabilizer Errors and Solution Methods

PVC Stabilizer Errors and Solution Methods

Stabilizer selection and dosage are critical in PVC production. Incorrect use of stabilizers can lead to problems such as discoloration, burning, plaque formation, odor and mechanical performance decrease.

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Use of PVC in Automotive Applications

Use of PVC in Automotive Applications

PVC is one of the most flexible materials used in both internal and external components in the automotive industry. It has a wide range of uses in the sector thanks to its low cost, high strength and variety of formulations.

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PVC Hoses: Material Selection Guide

PVC Hoses: Material Selection Guide

PVC hoses are widely used in industrial, agricultural, automotive, construction and household applications. The performance of the hose is shaped according to material components such as plasticizer type, PVC resin quality, stabilizer structure and reinforcement type.

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Why Do Ca-Zn Stabilizers Replace Lead-Based Stabilizers?

Why Do Ca-Zn Stabilizers Replace Lead-Based Stabilizers?

Lead-based stabilizers have been used in PVC stabilization for many years. However, due to increasing regulations, impacts on human health and sustainability requirements, Ca-Zn stabilizers have become the global standard.

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DOTP vs DINP vs DOP — Technical Comparison

DOTP vs DINP vs DOP — Technical Comparison

The three most commonly used plasticizers in the PVC industry are: DOTP , DINP, and DOP (DEHP) . Each has a different performance profile, cost advantage, and regulatory status. In this article, we technically compare the three plasticizers.

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How Plastay Reduces Environmental Impact in Production

How Plastay Reduces Environmental Impact in Production

As Plastay Kimya, our sustainable production approach is at the center of all our operations. We create an exemplary model in the industry with energy efficiency, waste control and environmental management.

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Sustainability in Plasticizers

Sustainability in Plasticizers

Sustainability in the chemical industry is no longer a choice, but a necessity. Plasticizer manufacturers are turning to solutions that reduce their carbon footprint, are non-toxic, and minimize long-term environmental impacts.

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Flame Retardant PVC Compounds

Flame Retardant PVC Compounds

Flame retardant PVC compounds are used to reduce the risk of fire in the cable, automotive and construction industry. These compounds contain additives that slow down the spread of flame and control the formation of smoke.

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PVC Cable Compound Specifications

PVC Cable Compound Specifications

PVC cable compounds are one of the most critical materials in the electrical and communications industry. Cable performance is directly related to plasticizer selection, stabilizer structure, filler ratio and process parameters.

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High Temperature Plasticizers (TOTM, DOA, TINTM)

High Temperature Plasticizers (TOTM, DOA, TINTM)

Plasticizers used in PVC applications requiring high temperature resistance should offer both long-term thermal stability and low volatility. In this article, we examine the properties of high-temperature plasticizers such as TOTM, DOA, and TINTM.

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Medical Grade Plasticizers: Requirements and Standards

Medical Grade Plasticizers: Requirements and Standards

Plasticizers used in medical grade PVC applications not only provide flexibility and processability; they also have to meet the highest standards in terms of human health, biocompatibility and safety. The choice of plasticizer used in medical products is directly linked to global legislation and clinical requirements.

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PVC compound additives, PVC formulation components, plasticizer types, PVC stabilizer selection, granule formulation

PVC compound additives, PVC formulation components, plasticizer types, PVC stabilizer selection, granule formulation

PVC compounds are produced with an additive system optimized for different areas of use. The right formulation is the key determinant of product performance and process efficiency.

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Reach & RoHS Legislation for Plasticizers and Stabilizers

Reach & RoHS Legislation for Plasticizers and Stabilizers

The European Union carries out two basic regulations, reach and RoHS, to increase chemical safety. For PVC manufacturers, these two regulations are especially critical in the selection of plasticizers and stabilizers.

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Differences Between Phthalate and Phthalate-Free Plasticizers

Differences Between Phthalate and Phthalate-Free Plasticizers

Plasticizers are the main additives that increase the flexibility of PVC. However, the most important distinction today is between phthalate and phthalate-free plasticizers. This difference is decisive in many areas, from product safety to export standards.

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What is PVC Compound? Applications, Advantages and Production Stages

What is PVC Compound? Applications, Advantages and Production Stages

PVC compound is a ready-to-use formulation created by blending PVC resin with plasticizers, stabilizers, fillers, lubricants and pigments in certain proportions.

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Calcium-Zinc (Ca-Zn) Stabilizers: Safe, Sustainable and High-Performance PVC Solutions

Calcium-Zinc (Ca-Zn) Stabilizers: Safe, Sustainable and High-Performance PVC Solutions

PVC tends to degrade when processed at high temperatures. This thermal degradation causes color change, odor, smoke, weakening of mechanical properties and decrease in surface quality. Stabilizers protect PVC in this process and ensure stable processing.

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What is a Plasticizer? A Comprehensive Guide to PVC and Industrial Applications

What is a Plasticizer? A Comprehensive Guide to PVC and Industrial Applications

Plasticizers; They are performance additives used to increase the flexibility, softness and processability of polymers, especially PVC. PVC without added plasticizer is inherently rigid and difficult to shape. Plasticizers enter the polymer matrix and reduce the interaction between chains, thus making PVC more flexible and easy to process.

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