1. Types of plastics and their uses:

a. ” Electric PVC (Stabilizer for Electrical Systems) :

• Function: Used in electrical systems to adjust voltage and protect it from sudden highs and lows in electrical voltage, which may damage electrical and electronic devices. The pleser regulates the electrical voltage sent to household or industrial appliances and ensures its functioning efficiently.

• Applications: Used in homes, companies, hospitals, factories and other places where the continuity of electrical appliances is sensitive.

• Types:
  • Automatic tension epplaser (AVR): controls the electrical voltage by adjusting the excess or low tension to provide a constant voltage.
• Digital plasma: It has digital techniques for measuring and adjusting voltage more accurately.

• Advantages:
  • Protect devices from damage caused by sudden changes in voltage.
  • Increase the life of electrical and electronic devices.
  • Provide a stable and reliable electrical environment.

b. Chemical Stabilizers :

• Function: Chemical crystals are used to improve the stability of chemicals or compounds that may be prone to interaction or degradation due to heat, moisture, or light. They help prolong the shelf life of the products.
• Applications: Used in pharmaceutical, food, cosmetic and building materials industries.

• Advantages:
  • Improve the stability of chemicals in products.
  • Increase the shelf life of products in various storage conditions.
  • Reduce negative interactions that may occur due to environmental factors.

Steplazer Polymers (Polymer Stabilizers) :

• Function: Polymer plastics are used to protect plastic and rubber materials from degradation or degradation as a result of heat or UV rays. These materials help improve the stability of polymers and prevent degradation that occurs over time.
• Applications: Used in plastic industry, such as manufacturing plastic bags, pipes, surfaces, and building materials.
• Advantages:
  • Protect polymers from UV and corrosion.
  • Increase the durability and flexibility of plastic.
  • Improve the stability and scale of use of plastic materials.

d. Fuel Plasma (Fuel Stabilizers) :

• Function: Cryptography is used in fuel to improve its stability, maintaining its quality and preventing sediment or negative interactions that may affect performance. It also improves fuel stability in long storage conditions.
• Applications: Used in fuel used in automobiles, aircraft, agricultural machinery, and other fuel-powered equipment.

• Advantages:
  • Prevents fuel degradation and is useful in fuel storage for long periods.
  • Improve engine performance and efficiency.
  • Prevent the erosion of mechanical systems as a result of the use of unstable fuel.

2. Importance of plastics:

• Improving sustainability:
  • Whether in electrical appliances or chemicals, plastics helps ensure the sustainability of the system or product for longer. By maintaining the stability of performance, the costs associated with maintenance or replacement are reduced.

• Protection of devices and systems:
  • Plastics are an essential tool for protecting devices and systems from sudden changes that may cause permanent damage or shorten their life span.

• efficiencies
  • In electronic devices or power systems, plastics helps improve operational efficiency by providing a stable and accurate environment for sensitive components.

• Wide and varied applications:
  • Plastics are an essential part of many industries by improving product or system stability, enhancing performance and improving interactions in chemicals, plastics, and even fuel.