What is Acrylic and Polycarbonate
Acrylic and polycarbonate are two types of plastic widely used in various industries due to their unique properties. Both plastics are polymers, which means they are made up of different molecules linked together in long chains through a process called polymerization. Acrylic is produced by synthesizing methyl methacrylate, while polycarbonate is created by the reaction between bisphenol A and phosgene COCl2.
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- Sensor de presencia PIR para montaje en techo con salida de relé de contacto seco
- Alimentación de bajo voltaje de 12/24VDC o 12/24VAC
- Contactos de relé aislados COM, NO y NC para entradas de EMS, HVAC y control de edificios
- Interruptor sensor de movimiento por microondas empotrable en techo de bajo voltaje DC
- Entrada de 12 VDC / 24 VDC con rango de 10-30 VDC
- Corriente de funcionamiento máxima de 10A con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor sensor de movimiento por microondas empotrable en techo para cargas más altas
- Entrada de voltaje de línea de 100-265 VAC, modelo de 10A
- Detección por microondas de 5.8 GHz con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor sensor de movimiento por microondas empotrable en techo
- Entrada de voltaje de línea de 100-265 VAC, modelo de 5A
- Detección por microondas de 5.8 GHz con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Dimmer sensor de presencia PIR RZ037 para montaje en techo para alimentación de 220V
- Corriente de funcionamiento máxima de 3A con carga nominal de 660W
- El botón LUX controla el encendido/apagado del sensor de luz y el brillo de regulación establecido por el usuario
- Dimmer sensor de presencia PIR RZ037 para montaje en techo para alimentación de 110V
- Corriente de funcionamiento máxima de 3A con carga nominal de 330W
- El botón LUX controla el encendido/apagado del sensor de luz y el brillo de regulación establecido por el usuario
- Interruptor de sensor de movimiento por microondas de techo de CC de bajo voltaje
- Entrada de 12 VDC / 24 VDC con rango de 10-30 VDC
- Corriente de funcionamiento máxima de 10A con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor de sensor de movimiento por microondas de techo para cargas más altas
- Entrada de voltaje de línea de 100-265 VAC, modelo de 10A
- Detección por microondas de 5.8 GHz con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor de sensor de movimiento por microondas de techo
- Entrada de voltaje de línea de 100-265 VAC, modelo de 5A
- Detección por microondas de 5.8 GHz con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor de sensor de movimiento PIR de techo empotrado de CC de bajo voltaje
- Entrada de 12 VDC / 24 VDC con rango de 10-30 VDC
- Corriente de trabajo máxima de 10A con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor de sensor de movimiento PIR de techo empotrado para cargas más altas
- Entrada de voltaje de línea de 100-265 VAC, modelo de 10A
- Detección de 360 grados con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Interruptor de sensor de movimiento PIR de techo empotrado
- Entrada de voltaje de línea de 100-265 VAC, modelo de 5A
- Detección de 360 grados con retardo de tiempo, umbral de Lux y sensibilidad ajustables
- Kit de receptor e interruptor inalámbrico para control de iluminación de encendido/apagado en interiores
- Receptor de 100-230VAC, 50/60Hz con corriente nominal de 5A
- Interruptor inalámbrico alimentado por CR2032 con comunicación de 2.4GHz
- Presencia (Encendido automático/Apagado automático)
- 12–24V DC (10–30VDC), hasta 10A
- Cobertura de 360°, 8–12 m de diámetro
- Retardo de tiempo de 15 s–30 min
- Sensor de luz Apagado/15/25/35 Lux
- Sensibilidad Alta/Baja
- Modo de presencia de encendido automático/apagado automático
- 100–265V AC, 10A (requiere neutro)
- Cobertura de 360°; diámetro de detección de 8–12 m
- Retardo de tiempo de 15 s–30 min; Lux APAGADO/15/25/35; Sensibilidad Alta/Baja
- Modo de presencia de encendido automático/apagado automático
- 100–265V CA, 5A (se requiere neutro)
- Cobertura de 360°; diámetro de detección de 8–12 m
- Retardo de tiempo de 15 s–30 min; Lux APAGADO/15/25/35; Sensibilidad Alta/Baja
- 100V-230V CA
- Distancia de transmisión: hasta 20 m
- Sensor de movimiento inalámbrico
- Control cableado
- Voltaje: 2 baterías AAA / 5V CC (Micro USB)
- Modo día/noche
- Tiempo de retardo: 15 min, 30 min, 1 h (por defecto), 2 h
- Adaptador de corriente con enchufe de la UE
- Adaptador de corriente con enchufe del Reino Unido
Polycarbonate is also known as Lexan or Makrolon and is more expensive than acrylic, costing on average about 35% more. However, it has exceptional qualities such as being 250 times more impact-resistant than glass and 30 times stronger than acrylic. It is also highly resistant to chemicals, durable against chips and cracks, and can be drilled without worry of cracking. Polycarbonate is commonly used in applications such as safety windows, machinery guards, and riot control vehicles.
On the other hand, acrylic is less expensive than polycarbonate and is commonly used for furniture, signage, and light covers. It is also available in a variety of colors and can be easily shaped and molded. Acrylic has a lower impact resistance than polycarbonate but is still stronger than glass. It is also highly transparent, with excellent light transmission and optical clarity. Acrylic is commonly used in applications such as point-of-purchase displays, skylights, and residential and commercial aquariums.
In summary, acrylic and polycarbonate are versatile plastics with unique properties that make them suitable for various applications across different industries. While polycarbonate is more expensive, it has exceptional strength and durability, while acrylic is less expensive and highly transparent with excellent optical clarity.
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Frequently Asked Questions
Which Is Better Acrylic or Polycarbonate Light Lens
Although polycarbonate is stronger, acrylic is more scratch-resistant and less prone to scuff marks. To enhance their durability and scratch resistance, polycarbonate eyeglass lenses are frequently coated with an anti-scratch layer.
What Is Acrylic Used for Lighting
Acrylic is a popular choice for lighting applications due to its exceptional optical properties, high light transmission, and natural UV stability. Typically, it is utilized in various applications such as commercial lighting fixtures, backlit signs, and POS displays.
What Is Polycarbonate Lights
Polycarbonate lights are made of a material that is widely used as a substitute for glass due to its numerous advantages. This material is much lighter in weight, less expensive, and highly durable and impact-resistant, making it an excellent choice for lighting applications. Additionally, it offers a high level of light transmission, making it an ideal material for producing high-quality lights.
What Is Difference Between Polycarbonate and Acrylic
Polycarbonate and acrylic differ in their flexibility. While acrylic is generally stiffer, polycarbonate is available in different flexible grades. However, both plastics can be bent using heat. Additionally, polycarbonate is known to be more durable than acrylic and less prone to cracking when subjected to stress.
Should I Use Acrylic or Polycarbonate
If you are seeking transparency and optimal light transmission, acrylic sheets are the superior option compared to polycarbonate sheets. However, if you require exceptional resistance to impact, then polycarbonate sheeting is the more suitable choice. Ultimately, the decision between the two materials should be based on the specific requirements of your application.
Why Is Acrylic Good for Lights
Acrylic plastic is a great material for lights because of its exceptional transparency. It has excellent light transmission properties and provides remarkable optical clarity, similar to glass. When polished with either MOP or vapor, it can transmit up to 92 percent of white light.
Is Acrylic a Non-Glare
Acrylic not only reduces glare but also provides protection against ultraviolet light, which is a major cause of fading over time.
What Are the Disadvantages of Polycarbonate
Polycarbonate’s primary drawback is its susceptibility to scratches. In the event of a branch falling on a polycarbonate patio canopy, it may get scratched. However, this issue can be resolved by polishing the polycarbonate surface.
What Is So Special About Polycarbonate
Polycarbonate is a highly durable material that is known for its exceptional strength, being virtually indestructible and 250 times stronger than glass. This makes it an ideal choice for applications that require protection from harsh weather conditions, flying debris, or intentional damage. Additionally, polycarbonate offers excellent light transmission properties, making it a popular choice for skylights and other similar applications.
Are Headlights Acrylic or Polycarbonate
The majority of headlight lenses are composed of polycarbonate material.
Is Acrylic or Polycarbonate More UV Resistant
Acrylic and polycarbonate both offer UV resistance, but acrylic has a slightly higher light transmittance of 92% compared to polycarbonate’s 88%. This means that acrylic is slightly clearer and also provides UV resistance.
What Is Acrylic Used For
Acrylic is a versatile material that finds its application in various fields due to its inherent transparency and impact resistance. It is commonly used for making paint, furniture, security barriers, medical devices, LCD screens, lenses, and acrylic nails.
What Is Another Name for Polycarbonate
Polycarbonate is alternatively known as Lexan (a name trademarked by GE Plastics) or Makrolon.
Does Acrylic Turn Yellow in the Sun
Acrylic, which is derived from natural gas, is chemically inactive when it is in a solid state. Acrylic manufactured in the United States does not turn yellow when exposed to sunlight. This is evident from the clear canopies and bubbles on the World War II bombers, which have remained transparent even after being in the sun for 50 years.
Which Is Clearer Acrylic or Polycarbonate
Acrylic is known for its exceptional transparency, surpassing both polycarbonate and glass. While it may not have the same level of impact resistance as polycarbonate, which is 250 times that of glass, it still boasts a high level of toughness, with 17 times the impact resistance of silicate glass. Additionally, acrylic has superior tensile strength and UV resistance when compared to polycarbonate.
