Chemical Resistance Alkalis Polycarbonate PC Melting Point 155-165°C Chemical Formula C16H14O3

Product Description:

PC plastic particles (polycarbonate) Description:

PC plastic particles, also known as polycarbonate, are a high-performance engineering plastic. They exhibit physical properties such as high transparency (light transmittance of 90%), high strength, and high impact resistance with a notch impact strength of 600-900J/m. Additionally, they possess excellent heat resistance with a thermal deformation temperature ranging from 130-140 ℃. Furthermore, they offer low-temperature resistance from -40 ℃ to +135 ℃.

Chemical Stability:

PC plastic particles demonstrate good chemical stability. They are resistant to weak acids, weak bases, and neutral oils. However, they are not resistant to strong bases and ultraviolet light.

Processing:

PC is a non-crystalline thermoplastic that necessitates preheating and drying prior to the processing stage. It can be formed using methods like injection molding or extrusion molding.

Features:

• Product Name: Polycarbonate PC
• Hardness: 80-90 Shore D
• Impact Strength: 600-800 J/m
• UV Resistance: Excellent
• Tensile Strength: 55-75 MPa
• Chemical Resistance: Resistant to most acids, alkalis, and organic solvents

Technical Parameters:

Applications:

Main Application Areas

Electronic Appliances: Phone and computer cases, connectors, and other components benefit from silicone's insulation properties and high temperature stability.

Automotive Industry: In this sector, silicone is used for headlight covers, bumpers, and various parts due to its impact resistance and transparency features.

Medical Equipment: Silicone finds its application in medical devices such as dialyzers and surgical masks, where it can withstand repeated disinfection without deformations occurring.

Architecture and Packaging: Silicone is used in architectural applications and packaging for protective windows, transparent bottles, and similar structures as a glass substitute.