Processing aid additives

At Paya Polymer Dana Company, we customize a wide range of processing aid masterbatches based on the customer’s requirements.

Polymer Processing Aid (PPA) additives enhance the processability of polymer materials. By facilitating processing, they reduce costs and improve the quality of the final product. PPA masterbatches accelerate extrusion and shorten molding cycles, thereby increasing production efficiency.

  • Enhancing Transparency and Glossiness: Processing aids enhance transparency and glossiness in plastic products. It is crucial for transparent packaging materials like plastic films and containers for food and medicine.

  • Reducing Thermal Expansion: Processing aid masterbatches minimize thermal expansion, preventing changes in the final dimensions of plastic parts.

  • Shortening Process Time: By facilitating processes, PPA masterbatches reduce production time in extruders, mixers, and injection molding machines, enhancing overall process efficiency.

  • Improving Mechanical Properties: Processing aids enhance tensile, flexural, and compressive strength, impact resistance, and wear properties of plastic components.

  • Uniform Additive Distribution: Processing aid masterbatches ensure homogeneous distribution of other additives within the plastic matrix.

  • Energy Consumption Reduction: Facilitating processing with processing aids leads to lower energy consumption, improving stability and process optimization.

  • Minimizing Material Waste: Increased process efficiency reduces material wastage during production. Note that the choice of processing aid depends on the base polymer and production process.

Processing Aid

Processing Aid

At Paya Polymer Dana Company, we customize a wide range of processing aid masterbatches based on the customer’s requirements.

  • Enhancing Transparency and Glossiness: Processing aids enhance transparency and glossiness in plastic products. It is crucial for transparent packaging materials like plastic films and containers for food and medicine.

  • Reducing Thermal Expansion: Processing aid masterbatches minimize thermal expansion, preventing changes in the final dimensions of plastic parts.

  • Shortening Process Time: By facilitating processes, PPA masterbatches reduce production time in extruders, mixers, and injection molding machines, enhancing overall process efficiency.

  • Improving Mechanical Properties: Processing aids enhance tensile, flexural, and compressive strength, impact resistance, and wear properties of plastic components.

  • Uniform Additive Distribution: Processing aid masterbatches ensure homogeneous distribution of other additives within the plastic matrix.

  • Energy Consumption Reduction: Facilitating processing with processing aids leads to lower energy consumption, improving stability and process optimization.

  • Minimizing Material Waste: Increased process efficiency reduces material wastage during production. Note that the choice of processing aid depends on the base polymer and production process.

Anti-static additive

Antistatic additives play a crucial role in plastic product manufacturing across various industries by reducing or eliminating surface electrostatic charges on the final products.

  • Electronic Components: In the electronics industry, managing electrostatic charges is vital for products like printed circuits, transistors, and other electronic equipment. Antistatic additives prevent dust absorption and damage caused by charge accumulation.
  • Packaging Materials: Antistatic additives are essential for products prone to static electricity absorption (e.g., food and pharmaceutical packaging films). They prevent issues like particle absorption and extend the product lifespan.
  • Automotive Industry: Preventing electric charge buildup on plastic parts is critical in automotive manufacturing. Antistatic masterbatches are used for dashboards, seat frames, and interior components.
  • Household Appliances: Antistatic additives enhance the final product’s shine by minimizing static electricity accumulation on plastic surfaces.
  • Textile Production: In the textile industry, an antistatic masterbatch prevents electrostatic charge buildup on fabric surfaces and minimizes dust and particle absorption.

At Paya Polymer Dana Company, we customize high-quality antistatic and combined slip/antistatic masterbatches based on the customer’s needs.

Antistatic

Antistatic

Antistatic

  • Electronic Components: In the electronics industry, managing electrostatic charges is vital for products like printed circuits, transistors, and other electronic equipment. Antistatic additives prevent dust absorption and damage caused by charge accumulation.
  • Packaging Materials: Antistatic additives are essential for products prone to static electricity absorption (e.g., food and pharmaceutical packaging films). They prevent issues like particle absorption and extend the product lifespan.
  • Automotive Industry: Preventing electric charge buildup on plastic parts is critical in automotive manufacturing. Antistatic masterbatches are used for dashboards, seat frames, and interior components.
  • Household Appliances: Antistatic additives enhance the final product’s shine by minimizing static electricity accumulation on plastic surfaces.
  • Textile Production: In the textile industry, an antistatic masterbatch prevents electrostatic charge buildup on fabric surfaces and minimizes dust and particle absorption.

Antistatic

Antistatic

Antistatic

At Paya Polymer Dana Company, we customize high-quality antistatic and combined slip/antistatic masterbatches based on the customer’s needs.

Slip additive

Slip additives play a crucial role in reducing the friction coefficient of plastic films. In the film industry, slip additives, typically in masterbatch form.

  • Plastic film production: Plastic packaging films benefit from slip additives to reduce friction between film layers, making it easier to remove products from their packaging.
  • Polyethylene and Polypropylene Film Production: In polyolefin film manufacturing, slip masterbatches prevent film layers from sticking together or reduce friction on film surfaces.
  • Printing and Packaging Processes: Slip masterbatch enhances production efficiency in printing and packaging processes (e.g., plastic bag manufacturing, lamination, etc.) by preventing unwanted film adhesion.
  • Protective Films: Slip masterbatches are added to protective films for furniture, doors, windows, glass, metal surfaces, and electronic equipment to enhance surface slipperiness and prevent films from drying out and sticking.

Slip

Slip

At Paya Polymer Dana Company, we customize a diverse range of slip, combined slip/anti-blocking, and slip/antistatic masterbatches based on the customer’s requirements.

  • Plastic film production: Plastic packaging films benefit from slip additives to reduce friction between film layers, making it easier to remove products from their packaging.
  • Polyethylene and Polypropylene Film Production: In polyolefin film manufacturing, slip masterbatches prevent film layers from sticking together or reduce friction on film surfaces.
  • Printing and Packaging Processes: Slip masterbatch enhances production efficiency in printing and packaging processes (e.g., plastic bag manufacturing, lamination, etc.) by preventing unwanted film adhesion.
  • Protective Films: Slip masterbatches are added to protective films for furniture, doors, windows, glass, metal surfaces, and electronic equipment to enhance surface slipperiness and prevent films from drying out and sticking.

Slip

At Paya Polymer Dana Company, we customize a diverse range of slip, combined slip/anti-blocking, and slip/antistatic masterbatches based on the customer’s requirements.

Slip

Anti-blocking additive

Anti-blocking additives prevent surface adhesion issues in plastic films, enhancing slipperiness.

  • Plastic Films: Anti-blocking masterbatch prevents the film from sticking and curling. It ensures easy opening and prevents films from adhering to each other or other surfaces within the package.
  • Plastic Bags: Using an anti-blocking masterbatch in plastic bag production prevents bags from sticking together. It is crucial for high-speed packaging processes.
  • Plastic Foams: In plastic foam manufacturing, anti-blocking masterbatches prevent layer adhesion.
  • Surface Protection: Anti-block masterbatch enhances slippery surfaces, protecting products like billboards and electronic device components from scratches.

Antiblocking

At Paya Polymer Dana Company, we customize a wide range of anti-blocking and combined slip/anti-blocking masterbatches based on the customer’s needs and requests.

Antiblocking

Antiblocking

  • Plastic Films: Anti-blocking masterbatch prevents the film from sticking and curling. It ensures easy opening and prevents films from adhering to each other or other surfaces within the package.
  • Plastic Bags: Using an anti-blocking masterbatch in plastic bag production prevents bags from sticking together. It is crucial for high-speed packaging processes.
  • Plastic Foams: In plastic foam manufacturing, anti-blocking masterbatches prevent layer adhesion.
  • Surface Protection: Anti-block masterbatch enhances slippery surfaces, protecting products like billboards and electronic device components from scratches.

Antiblocking

Antiblocking

Antiblocking

At Paya Polymer Dana Company, we customize a wide range of anti-blocking and combined slip/anti-blocking masterbatches based on the customer’s needs and requests.

Anti-oxidant Additives

Polyolefins undergo degradation through various mechanisms, including oxidation, heat, and mechanical stress.

Among these, oxidative processes pose significant challenges. During polymer mixing and processing, oxidation can break molecular chains and alter the polymer properties. Over a plastic product’s lifetime, oxidation leads to color changes, cracking, reduced strength, and diminished flexibility, hardness, and gloss.

Antioxidant additives play a crucial role in most polymers to counter the effects of oxidation reactions. These additives disrupt the oxidation cycle by inhibiting free radicals.

  • Automotive Parts: In plastic auto part production, antioxidant additives maintain mechanical properties and product strength in harsh environmental conditions.
  • Wire and Cable Industry: Antioxidant additives create oxidation resistance in cables and wires used in electricity and data transmission (often in masterbatch form).
  • Plastic Packaging: Antioxidant masterbatches are common in plastic packaging, especially for long-lasting applications (e.g., stretch films, shrink films, plastic bottles, etc.).
  • Construction Industry: Antioxidant additives protect products like polyethylene and polypropylene pipes and geomembranes from oxidative damage, ensuring long-term mechanical strength.

Antioxidant

At Paya Polymer Dana Company, we customize high-quality antioxidant masterbatches based on the customer’s needs.

  • Automotive Parts: In plastic auto part production, antioxidant additives maintain mechanical properties and product strength in harsh environmental conditions.
  • Wire and Cable Industry: Antioxidant additives create oxidation resistance in cables and wires used in electricity and data transmission (often in masterbatch form).
  • Plastic Packaging: Antioxidant masterbatches are common in plastic packaging, especially for long-lasting applications (e.g., stretch films, shrink films, plastic bottles, etc.).
  • Construction Industry: Antioxidant additives protect products like polyethylene and polypropylene pipes and geomembranes from oxidative damage, ensuring long-term mechanical strength.

Light Stabilizers

Light stabilizers safeguard plastics from UV or sunlight-induced damage, which can manifest as discoloration, cracking, brittleness, or the loss of desirable physical properties in plastic products.

  • Automotive Industry: Within the automotive sector, light stabilizer masterbatches contribute to producing internal and external car parts. These additives prevent quality deterioration, color shifts, and deformation in plastic components exposed to direct sunlight.
  • Household Appliance Industry: In the manufacturing of household appliances, light stabilizers shield plastic parts from the adverse effects of direct sunlight.
  • Building Industry: Polymer building materials, including windows, doors, pipes, and wall coverings, benefit from light stabilizers to protect them against environmental factors.
  • Agricultural Industry: Light stabilizing masterbatches play a crucial role in stabilizing various agricultural films, such as greenhouse films, mulch films, and silage films, as well as plastic parts for agricultural machinery and equipment.
  • Electronic Components: Electronic devices and components exposed to direct sunlight or ultraviolet light rely on light stabilizers for protection against damage.
  • Toy Industry: In toy production, the optical stabilizing masterbatches preserve product color and quality when exposed to sunlight.
  • Sports Industry: Plastic components used in sports equipment and artificial turf require protection against color and shape changes caused by direct light. Light stabilizers serve this purpose effectively.
  • Packaging Industry: Light stabilizing masterbatches act as protective agents, preventing photo-degradation of packaging materials and safeguarding the contents within. This feature is especially critical for stretch films, shrink films, and raffia bags.

Light Stabilizer

Light Stabilizer

Light Stabilizer

At Paya Polymer Dana Company, we customize a wide range of light stabilizer masterbatches based on the customer’s needs and requirements.

  • Automotive Industry: Within the automotive sector, light stabilizer masterbatches contribute to producing internal and external car parts. These additives prevent quality deterioration, color shifts, and deformation in plastic components exposed to direct sunlight.
  • Household Appliance Industry: In the manufacturing of household appliances, light stabilizers shield plastic parts from the adverse effects of direct sunlight.
  • Building Industry: Polymer building materials, including windows, doors, pipes, and wall coverings, benefit from light stabilizers to protect them against environmental factors.
  • Agricultural Industry: Light stabilizing masterbatches play a crucial role in stabilizing various agricultural films, such as greenhouse films, mulch films, and silage films, as well as plastic parts for agricultural machinery and equipment.
  • Electronic Components: Electronic devices and components exposed to direct sunlight or ultraviolet light rely on light stabilizers for protection against damage.
  • Toy Industry: In toy production, the optical stabilizing masterbatches preserve product color and quality when exposed to sunlight.
  • Sports Industry: Plastic components used in sports equipment and artificial turf require protection against color and shape changes caused by direct light. Light stabilizers serve this purpose effectively.
  • Packaging Industry: Light stabilizing masterbatches act as protective agents, preventing photo-degradation of packaging materials and safeguarding the contents within. This feature is especially critical for stretch films, shrink films, and raffia bags.

Light Stabilizer

Light Stabilizer

Light Stabilizer

At Paya Polymer Dana Company, we customize a wide range of light stabilizer masterbatches based on the customer’s needs and requirements.

Anti-fogging additive

The formation of water droplets on the plastic surfaces is called fogging and may obstruct the passage of light. In transparent packaging and agricultural films, the fogging effect significantly impacts product appearance and properties. Anti-fogging agents are used to counteract fog formation and maintain the hydrophilic properties of plastic surfaces.

Anti-fogging masterbatches play a vital role in improving the quality and performance of plastic products across various industries. These additives create a smooth, thin, and uniform layer of water on the plastic surface, reducing water droplet accumulation and enhancing transparency and clarity.

  • Automotive Industry: Anti-fogging additives prevent the buildup of small water droplets on car lights, enhancing driver safety during rainy and foggy conditions.

  • Swimming Goggles: In the production of swimming goggles, anti-fogging additives are used for lenses, ensuring clear and transparent vision underwater.
  • Windows: Shops, buildings, and showcases benefit from anti-fogging additives applied to surfaces, maintaining transparency and preventing fog formation in humid conditions.
  • Packaging: Anti-fogging additives are essential for transparent and clear packaging, preventing water droplet buildup inside packages. These materials find extensive use in food and pharmaceutical packaging.
  • Medical Masks: Anti-fogging additives are utilized in medical mask production to prevent water droplets from forming on the inner mask surface.
  • Electronic Components: Display screens utilize anti-fogging additives to maintain visibility even in wet conditions.
  • Greenhouse Films: Anti-fogging additives are crucial for greenhouse films, preventing water droplets from forming on the inner layer of the film. It helps maintain light transmission and prevents adverse effects on plant surfaces.

Antifogging

Anti-fogging

Anti-fogging

At Paya Polymer Dana Company, we customize high-quality anti-fogging masterbatches based on customer needs and requests.

Antifogging

Anti-fogging

Anti-fogging

At Paya Polymer Dana Company, we customize high-quality anti-fogging masterbatches based on customer needs and requests.

  • Automotive Industry: Anti-fogging additives prevent the buildup of small water droplets on car lights, enhancing driver safety during rainy and foggy conditions.

  • Swimming Goggles: In the production of swimming goggles, anti-fogging additives are used for lenses, ensuring clear and transparent vision underwater.
  • Windows: Shops, buildings, and showcases benefit from anti-fogging additives applied to surfaces, maintaining transparency and preventing fog formation in humid conditions.
  • Packaging: Anti-fogging additives are essential for transparent and clear packaging, preventing water droplet buildup inside packages. These materials find extensive use in food and pharmaceutical packaging.
  • Medical Masks: Anti-fogging additives are utilized in medical mask production to prevent water droplets from forming on the inner mask surface.
  • Electronic Components: Display screens utilize anti-fogging additives to maintain visibility even in wet conditions.
  • Greenhouse Films: Anti-fogging additives are crucial for greenhouse films, preventing water droplets from forming on the inner layer of the film. It helps maintain light transmission and prevents adverse effects on plant surfaces.

IR-absorber Masterbatch

IR Absorber

The infrared radiation-absorbing masterbatches contain additives that absorb greenhouse heat emitted during the night, thereby providing climate control within greenhouses. These additives help prevent the heat reflected from the ground in greenhouse applications, ensuring that the heat accumulated during the day is retained at night. As a result, they help maintain higher temperatures throughout the night, reduce fuel consumption for heating, and prevent freezing and temperature inversion.

  • Agricultural Industries: Infrared absorbers are incorporated into greenhouse films to control solar input and heat loss at night, effectively regulating climate conditions within greenhouses. By minimizing heat loss, these additives ensure that the heat accumulated during the day is retained at night. The higher nighttime temperature reduces fuel consumption for heating and prevents freezing.
  • Construction Industry: These additives are commonly used in masterbatch form to create films for thermal insulation windows and lighting panels. Solar control window films significantly reduce heat build-up inside the room.
  • Electronic Components: In electronic components, infrared absorbers play a role in producing dust sensors, protective films for laser processes, and light filter chips.

IR Absorber

IR Absorber

At Paya Polymer Dana Company, we customize infrared absorber masterbatches to meet various customer needs and applications.

  • Agricultural Industries: Infrared absorbers are incorporated into greenhouse films to control solar input and heat loss at night, effectively regulating climate conditions within greenhouses. By minimizing heat loss, these additives ensure that the heat accumulated during the day is retained at night. The higher nighttime temperature reduces fuel consumption for heating and prevents freezing.
  • Construction Industry: These additives are commonly used in masterbatch form to create films for thermal insulation windows and lighting panels. Solar control window films significantly reduce heat build-up inside the room.
  • Electronic Components: In electronic components, infrared absorbers play a role in producing dust sensors, protective films for laser processes, and light filter chips.

IR Absorber

At Paya Polymer Dana Company, we customize infrared absorber masterbatches to meet various customer needs and applications.

Fillers and Reinforcements

In today’s plastic industry, fillers and reinforcers play a pivotal role due to their economic advantages. Among the various fillers, calcium carbonate stands out as the most widely used material.

As a cost-effective substitute for part of the virgin polymer, it finds application in the production of diverse plastic products.
The benefits of filler masterbatches extend beyond cost savings.

The main applications of filler and reinforcement masterbatches are:

  • Construction Industry: In construction materials, filler masterbatches enhance tensile and compressive strength, especially under high-temperature conditions.
  • Automotive Industry: For automobile parts, filler masterbatches improve mechanical properties and provide resistance against corrosion, scratches, and cracking.
  • Textile Industry: In textile applications, such as raffia, filler masterbatches enhance mechanical properties.
  • Packaging Industries: Food packaging relies on filling and reinforcing masterbatches to create durable packaging materials.

Filler

At Paya Polymer Dana Company, we customize high-quality masterbatches with various filler types to meet our customer’s specific requirements.

By incorporating masterbatch, manufacturers can achieve the following:

  • Improved Production Efficiency: Incorporating fillers into plastic materials not only reduces production costs but also enhances overall production conditions. It leads to increased product output and positively impacts the properties of the final products.

  • Enhanced Mixing and Distribution: Instead of direct mixing with the filler, using masterbatch ensures better dispersion and distribution of the filler within the polymer matrix. This results in improved product quality.

  • Cleaner Production Environment: Masterbatch usage contributes to a cleaner and more controlled production environment, promoting safety and efficiency.

The main applications of filler and reinforcement masterbatches are:

  • Construction Industry: In construction materials, filler masterbatches enhance tensile and compressive strength, especially under high-temperature conditions.
  • Automotive Industry: For automobile parts, filler masterbatches improve mechanical properties and provide resistance against corrosion, scratches, and cracking.
  • Textile Industry: In textile applications, such as raffia, filler masterbatches enhance mechanical properties.
  • Packaging Industries: Food packaging relies on filling and reinforcing masterbatches to create durable packaging materials.

By incorporating masterbatch, manufacturers can achieve the following:

  • Improved Production Efficiency: Incorporating fillers into plastic materials not only reduces production costs but also enhances overall production conditions. It leads to increased product output and positively impacts the properties of the final products.

  • Enhanced Mixing and Distribution: Instead of direct mixing with the filler, using masterbatch ensures better dispersion and distribution of the filler within the polymer matrix. This results in improved product quality.

  • Cleaner Production Environment: Masterbatch usage contributes to a cleaner and more controlled production environment, promoting safety and efficiency.

Filler

At Paya Polymer Dana Company, we customize high-quality masterbatches with various filler types to meet our customer’s specific requirements.

White Masterbatch

White masterbatches are among the essential color masterbatches used in plastic products to achieve a vibrant and consistent white color. Composed primarily of titanium dioxide (TiO2) and a carrier resin, white masterbatches are integrated during plastics processing.

The titanium dioxide particles effectively scatter and reflect light, resulting in a bright, opaque white appearance.

Utilizing white masterbatch is a cost-effective solution for maintaining uniformity in color across various applications, including:

  • Packaging Industry: Widely used to produce plastic bags, containers, and films, white masterbatch enhances the visual appeal of packaging, making it look clean and attractive.
  • Automotive Sector: It is utilized in interior components such as dashboards and door panels, contributing to a polished and professional finish.
  • Household Appliances: White masterbatch is incorporated into various household appliances, improving their aesthetics and durability.
  • Medical Industry: White masterbatch is crucial for producing medical devices and equipment, including syringes and IV bags, ensuring a sterile and professional appearance.
  • Construction Industry: Employed in pipes, fittings, and roofing sheets, white masterbatch provides a uniform and appealing look to construction materials.
  • Toy Manufacturing: It is used in the production of toys, enhancing their brightness and attractiveness.

White Masterbatch

White Masterbatch

White Masterbatch

Paya Polymer Dana Company specializes in customizing white masterbatches to meet the specific requirements of high-quality customers, ensuring optimal performance and satisfaction across various applications.

White Masterbatch

White Masterbatch

White Masterbatch

Paya Polymer Dana Company specializes in customizing white masterbatches to meet the specific requirements of high-quality customers, ensuring optimal performance and satisfaction across various applications.

Utilizing white masterbatch is a cost-effective solution for maintaining uniformity in color across various applications, including:

  • Packaging Industry: Widely used to produce plastic bags, containers, and films, white masterbatch enhances the visual appeal of packaging, making it look clean and attractive.
  • Automotive Sector: It is utilized in interior components such as dashboards and door panels, contributing to a polished and professional finish.
  • Household Appliances: White masterbatch is incorporated into various household appliances, improving their aesthetics and durability.
  • Medical Industry: White masterbatch is crucial for producing medical devices and equipment, including syringes and IV bags, ensuring a sterile and professional appearance.
  • Construction Industry: Employed in pipes, fittings, and roofing sheets, white masterbatch provides a uniform and appealing look to construction materials.
  • Toy Manufacturing: It is used in the production of toys, enhancing their brightness and attractiveness.

Real solutions with high performance

Maintaining and sustaining quality

Enhancing effectiveness by utilizing the latest global technologies

PAYA POLYMER DANA

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