Are you curious about where the best polycarbonate products come from? Comparing top factories is essential for making informed choices. Discovering the leading manufacturers can save you time and money while ensuring quality. Dive into our article to find out which factories stand out and why you should care!
Polycarbonate Plastic | Sheets, Tubes & Rods In Stock | Acme Plastics
Product Details: Polycarbonate plastic is a tough and durable material that is significantly stronger than plate glass and acrylic. It is lightweight and economical, providing increased protection against high-traffic use, vandalism, and theft. Available in sheets, tubes, and rods with custom sizing options.
Technical Parameters:
– Impact-resistant
– UV resistant
Application Scenarios:
– Protective gear and equipment
– Greenhouses and outdoor lighting fixtures
Pros:
– Highly impact-resistant
– Thermoplastic, can be reheated and cooled without compromising quality
Cons:
– Can scratch and yellow over time
– Resists only 10% of UV rays without protective coatings
Polycarbonate (PC) | Britannica
Polycarbonate: Advantages, Disadvantages, and Applications
Product Details: Polycarbonate (PC) is a versatile and durable thermoplastic polymer known for its exceptional impact resistance and natural transparency.
Technical Parameters:
– High transparency for excellent light transmission
– Exceptional impact resistance, virtually unbreakable
– High glass transition temperature for heat resistance
– Good UV resistance
Application Scenarios:
– Safety equipment such as goggles and face shields
– Optical lenses for eyeglasses and cameras
– Automotive applications including headlight lenses
– Medical devices requiring transparency and durability
Pros:
– Lightweight yet strong
– Excellent electrical insulation properties
– Good resistance to UV radiation
Cons:
– Limited resistance to high temperatures and flammability
– Sensitive to certain chemicals and solvents
– Can be more expensive than some other plastics
¿Qué son los policarbonatos? Tipos, usos y propiedades
Product Details: El policarbonato es un polímero termoplástico resistente, amorfo y transparente de alto rendimiento, derivado del ácido carbónico y obtenido a través de la polimerización del bisfenol A (BPA) y fosgeno.
Technical Parameters:
– Resistencia 250 veces mayor que el vidrio
– Transparente y ligero
Application Scenarios:
– Cubiertas y muros en edificaciones comerciales y residenciales
– Lentes para gafas y equipos de protección
Pros:
– Alta claridad óptica
– Aislamiento térmico eficiente
Cons:
– Puede ser susceptible a rayones
– Requiere cuidado en la instalación para evitar deformaciones
¿Qué es el policarbonato? Características y usos
Product Details: Policarbonato es un material sintético termoplástico, un polímero formado por cadenas de carbonato, conocido por su resistencia y versatilidad en aplicaciones de construcción y diseño.
Technical Parameters:
– Densidad: 1,20 g/cm³
– Rango de temperatura de uso: -100 ºC hasta +135 ºC
– Punto de fusión: 250 ºC
– Ignífugo: Sí
Application Scenarios:
– Cubiertas y cerramientos en construcción
– Cristales de alta seguridad y escudos de la policía
– Productos de consumo como juguetes y material de oficina
Pros:
– Fuerte y resistente a impactos
– Transparente y maleable
– Ignífugo y buen aislante eléctrico
– Ligero y reciclable
Cons:
– Vulnerable a sustancias químicas
– Irreparable una vez roto
– Pierde propiedades físicas en contacto prolongado con agua caliente
Product Details: Polycarbonate (PC) is a durable thermoplastic known for its high impact resistance and optical clarity.
Technical Parameters:
– High impact resistance
– Optical clarity
Application Scenarios:
– Safety glasses
– Automotive components
Pros:
– Lightweight
– Good thermal stability
Cons:
– Susceptible to scratching
– Can be affected by UV exposure
Propiedades y aplicaciones del policarbonato – mercai.blog
Product Details: Policarbonato es un termoplástico conocido por su resistencia al impacto, transparencia óptica y estabilidad térmica.
Technical Parameters:
– Resistencia al impacto: 250 veces más que el vidrio
– Rango de temperatura: -40°C a más de 120°C
Application Scenarios:
– Construcción: techos, invernaderos, claraboyas
– Industria automotriz: faros, ventanas, componentes de seguridad
Pros:
– Ligero y fácil de moldear en diversas formas
– Reciclable y duradero, contribuyendo a la sostenibilidad
Cons:
– Puede ser susceptible a rayones
– Algunas formulaciones pueden ser costosas
Tipos de láminas de policarbonato | Stabilit
Product Details: Láminas de policarbonato de diferentes tipos: celular, sólido y corrugado, utilizados en la construcción como sustitutos del vidrio.
Technical Parameters:
– Policarbonato celular: excelente aislamiento térmico y acústico, ligero, resiste…
– Policarbonato sólido: 250 veces más resistente que el vidrio, alta transparencia…
Application Scenarios:
– Cubiertas y muros en edificaciones comerciales y residenciales.
– Invernaderos, lucernarios, paredes divisorias en edificios.
Pros:
– Durabilidad y resistencia.
– Protección contra rayos UV y transmisión de luz natural.
Cons:
– Requiere mantenimiento para prolongar su vida útil.
– Puede ser susceptible a rayones si no se cuida adecuadamente.
Casa do Policarbonato
Product Details: Policarbonato alveolar e compacto, perfis de alumínio, telhas click, venezianas industriais.
Technical Parameters:
– Espessuras variando de 6mm a 12mm.
– Redução de calor em até 9ºC.
Application Scenarios:
– Coberturas em residências e indústrias.
– Troca de vidros de tratores por policarbonato.
Pros:
– Alta resistência e durabilidade.
– Facilidade de instalação e personalização.
Cons:
– Pode ser mais caro que materiais convencionais.
– Necessita de cuidados na instalação para evitar danos.
Policarbonato | Fórmula, Propriedades e Aplicação – Material Properties
Product Details: Policarbonato é um plástico termoplástico leve, resistente ao impacto, com alta transparência ótica e resistência a raios ultravioleta.
Technical Parameters:
– Composição química: Bisfenol A (C15H16O2) e fosgênio (COCl2)
– Resistência ao impacto: 250 vezes mais que o vidro, 30 vezes mais que o acrílico
Application Scenarios:
– Indústria Óptica
– Construção
– Indústria Automotiva
– Produtos Eletrônicos
Pros:
– Alta resistência ao impacto
– Leveza e boa resistência ao calor
Cons:
– Ligação com bisfenol A (BPA) e preocupações à saúde
– Tende a arranhar facilmente
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Polycarbonate Plastic | Sheets, Tubes & Rods In Stock | Acme Plastics | Polycarbonate plastic is a tough and durable material that is significantly stronger than plate glass and acrylic. It is lightweight and economical, p… | – Highly impact-resistant – Thermoplastic, can be reheated and cooled without compromising quality |
| Polycarbonate (PC) | Britannica | |||
| Polycarbonate: Advantages, Disadvantages, and Applications | Polycarbonate (PC) is a versatile and durable thermoplastic polymer known for its exceptional impact resistance and natural transparency. | – Lightweight yet strong – Excellent electrical insulation properties – Good resistance to UV radiation | – Limited resistance to high temperatures and flammability – Sensitive to certain chemicals and solvents – Can be more expensive than some other plast… | www.protolabs.com |
| ¿Qué son los policarbonatos? Tipos, usos y propiedades | El policarbonato es un polímero termoplástico resistente, amorfo y transparente de alto rendimiento, derivado del ácido carbónico y obtenido a través… | – Alta claridad óptica – Aislamiento térmico eficiente | – Puede ser susceptible a rayones – Requiere cuidado en la instalación para evitar deformaciones | ambienteplastico.com |
| ¿Qué es el policarbonato? Características y usos | Policarbonato es un material sintético termoplástico, un polímero formado por cadenas de carbonato, conocido por su resistencia y versatilidad en apli… | – Fuerte y resistente a impactos – Transparente y maleable – Ignífugo y buen aislante eléctrico – Ligero y reciclable | – Vulnerable a sustancias químicas – Irreparable una vez roto – Pierde propiedades físicas en contacto prolongado con agua caliente | solvetech.es |
| Polycarbonate (PC) is a durable thermoplastic known for its high impact resistance and optical clarity. | – Lightweight – Good thermal stability | – Susceptible to scratching – Can be affected by UV exposure | wwwcourses.sens.buffalo.edu | |
| Propiedades y aplicaciones del policarbonato – mercai.blog | Policarbonato es un termoplástico conocido por su resistencia al impacto, transparencia óptica y estabilidad térmica. | – Ligero y fácil de moldear en diversas formas – Reciclable y duradero, contribuyendo a la sostenibilidad | – Puede ser susceptible a rayones – Algunas formulaciones pueden ser costosas | mercai.blog |
| Tipos de láminas de policarbonato | Stabilit | Láminas de policarbonato de diferentes tipos: celular, sólido y corrugado, utilizados en la construcción como sustitutos del vidrio. | – Durabilidad y resistencia. – Protección contra rayos UV y transmisión de luz natural. | – Requiere mantenimiento para prolongar su vida útil. – Puede ser susceptible a rayones si no se cuida adecuadamente. |
| Casa do Policarbonato | Policarbonato alveolar e compacto, perfis de alumínio, telhas click, venezianas industriais. | – Alta resistência e durabilidade. – Facilidade de instalação e personalização. | – Pode ser mais caro que materiais convencionais. – Necessita de cuidados na instalação para evitar danos. | casadopolicarbonato.com |
| Policarbonato | Fórmula, Propriedades e Aplicação – Material Properties | Policarbonato é um plástico termoplástico leve, resistente ao impacto, com alta transparência ótica e resistência a raios ultravioleta. | – Alta resistência ao impacto – Leveza e boa resistência ao calor | – Ligação com bisfenol A (BPA) e preocupações à saúde – Tende a arranhar facilmente |
Frequently Asked Questions (FAQs)
What is polycarbonate and why is it used in manufacturing?
Polycarbonate is a durable, lightweight plastic known for its high impact resistance and optical clarity. It’s commonly used in manufacturing due to its versatility, making it ideal for products like eyewear lenses, safety glasses, and various construction materials. Its ability to withstand extreme temperatures and its UV resistance also make it a popular choice in many industries.
What are the main processes involved in polycarbonate production?
The production of polycarbonate typically involves polymerization, where bisphenol A and phosgene react to create the polycarbonate polymer. This polymer is then processed through methods like extrusion or injection molding to form various products. Quality control is crucial at each stage to ensure the final product meets industry standards.
Are there environmental concerns associated with polycarbonate manufacturing?
Yes, there are some environmental concerns linked to polycarbonate manufacturing, mainly due to the use of bisphenol A (BPA), which can be harmful. However, many factories are adopting greener practices, such as recycling and reducing emissions. It’s important to choose manufacturers committed to sustainable practices to minimize environmental impact.
How can I ensure the quality of polycarbonate products?
To ensure quality, look for manufacturers that follow strict industry standards and certifications. Check for product testing and validation processes, such as impact resistance and UV stability. Additionally, reading customer reviews and seeking recommendations can help you find reliable suppliers known for producing high-quality polycarbonate products.
What are the common applications of polycarbonate products?
Polycarbonate is used in a wide range of applications, including eyewear lenses, safety helmets, automotive parts, electronic components, and construction materials like roofing sheets. Its strength and clarity make it suitable for items requiring durability and transparency, such as greenhouse panels and signage.
