Transparent inorganic fillers for plastics

Transparent inorganic fillers for plastics play a crucial role in enhancing the mechanical, thermal, and optical properties of plastic materials while maintaining transparency. Here are some commonly used transparent inorganic fillers in plastics: Nano Silica (Silicon Dioxide) Nano-sized silica particles are widely used as transparent fillers in plastics due to their excellent transparency, high surface […]

Surface treatment of nano inorganic transparent additives

Surface treatment of nano inorganic transparent additives is a common practice to improve their dispersion, compatibility with the polymer matrix, and overall performance in plastic composites. Surface treatments help mitigate issues such as particle aggregation, improve adhesion to the polymer matrix, and enhance the optical properties of the resulting material. Here are some typical surface […]

Critical Parameters & Properties while selecting transparent or translucent Inorganic Additives

When selecting inorganic additives for use in transparent or translucent polymer products, several critical parameters and properties need to be considered to ensure optimal performance and compatibility. Some of the key factors to consider include: Transparency The primary requirement for additives used in transparent or translucent polymer products is to maintain or enhance transparency. The […]

Common UV protecting chemicals & additives used in Plastics and Polymers

UV protection in plastics and polymers is often achieved using additives specifically designed to absorb or block ultraviolet radiation. Some common chemicals used for UV protection in plastics and polymers include: UV Absorbers These chemicals absorb UV radiation and convert it into harmless heat, thereby protecting the polymer from degradation. These additives are typically incorporated […]

Acid-base treatment for surface modification of nano inorganic fillers

Acid/base treatment is a surface modification technique commonly used for nano inorganic fillers to improve their dispersion, compatibility with polymer matrices, and overall performance in composite materials. Here’s an overview of how acid/base treatment is typically done for nano inorganic fillers: Selection of Nano Inorganic Filler The first step is to select the appropriate nano […]

Acid treatment to enhance their performance of inorganic fillers in polymers

Several inorganic fillers can benefit from acid treatment to enhance their performance in polymers. Acid treatment is commonly used to modify the surface chemistry of these fillers, improving their dispersion, adhesion to the polymer matrix, and overall compatibility. Some of the inorganic fillers that are frequently acid treated for better performance in polymers include: Nano […]

Chemically Inert Fillers

Chemically inert fillers are commonly used in polymers to improve various properties without significantly altering the chemical composition of the polymer matrix. Some common chemical inert fillers for polymers include Silica (Silicon Dioxide) Silica is widely used as a filler in polymers due to its excellent mechanical properties, such as hardness, abrasion resistance, and reinforcement. […]

Encapsulation Layer of Solar Films

The encapsulation layer of solar panels, including solar films, typically consists of materials that provide protection to the sensitive photovoltaic cells while ensuring transparency to allow sunlight to pass through. The most common materials used in the encapsulation layer of solar panels include: Ethylene-Vinyl Acetate (EVA) EVA is one of the most widely used materials […]

Micronized Powders Used as Blowing Agents

Solid blowing agents are substances that release gas when heated or subjected to certain conditions, leading to the formation of bubbles within a material. These blowing agents are commonly used in various applications, including polymer foams, food processing, and pharmaceuticals. Here are some examples of solid blowing agents: SOLID BLOWING AGENT GAS RELEASED APPLICATIONS Azodicarbonamide […]