MEITAI infrared transparent ABS infrared transmittance 94 percent

Foreword:

In the context of the increasing development of modern science and technology, intelligent products are constantly emerging. Remote controls are an important part of control equipment. The market's requirements for remote controls are also constantly increasing, and infrared-transparent ABS materials meet this demand. Ideal. I will introduce to you the infrared-transparent ABS produced by MEITAI Plastics.

From home appliances to industrial control, from smart wearable devices to vehicle electronics, infrared transparent ABS material remote controls have a wide range of application scenarios. Infrared-transmitting ABS material has good light and infrared transmittance, which can transmit infrared signals more quickly and accurately, improving the control effect and stability of the remote control. With the creation of infrared-transmitting ABS material, the manufacturing industry of remote controls has ushered in a revolution.

With the popularity of smart homes and smart electronic products, the demand for remote controls continues to grow. However, traditional remote control materials, while satisfying their functions, have certain limitations, such as high manufacturing costs and poor durability. The emergence of infrared-transmitting ABS materials can solve these problems and is quickly welcomed by the market.

Infrared remote control is a remote control device that uses near-infrared rays with wavelengths between 0.76 and 1.5 μm to transmit control signals. Depending on the materials used, the sensitivity of receiving signals will be different.

So what are the advantages of infrared transparent ABS? What are the differences between infrared transparent ABS?

1.Infrared transparent plastic ABS contains infrared active penetrating polymers, which allow solid-color plastic parts to have infrared penetrating functions, allowing electronic devices to be hidden in plastic parts, making products more beautiful and effectively protecting infrared electronic products. 

2.Infrared-transparent ABS material has excellent infrared transmittance and can efficiently transmit infrared signals, ensuring stable communication between the remote control and the controlled device, reducing signal interference and bit error rate, and improving the operating accuracy and accuracy of the remote control. reliability.

3. The infrared-transmitting ABS material itself has good impact resistance and durability, and can protect the electronic components inside the remote control from external impact and damage. The infrared-transmitting ABS material performs well in this regard and ensures that the remote control shell is not easily deformed, cracked or damaged during daily use.

The shell of this remote control is made of infrared transparent ABS material produced by MEITAI. The infrared transmittance of 700-2000NM is more than 90%, the infrared penetration of 940NM can reach 94%, and the infrared penetration of 850NM can reach 91%. The material has high visible light shielding efficiency, with a transmittance of less than 5%. The internal circuit components of the equipment can be well blocked, making the product more beautiful. It is widely used in automobiles, home appliances, electronic appliances and other industries.

Before, many people may have been familiar with infrared transparent PCs. What is the difference between infrared transparent PC and infrared transparent ABS? When we choose infrared transparent materials, should we choose infrared transparent ABS or infrared transparent PC?

There are some differences between infrared penetrating PC materials and infrared penetrating ABS materials in terms of infrared transmission performance, physical properties and applications. Here are their differences and their respective advantages and disadvantages:

1. Infrared rays penetrate PC material

(1)Infrared transmission performance: PC material has good infrared transmission performance and can achieve high transmittance in a wide range of infrared wavelengths, especially in the near-infrared and mid-infrared regions.

(2)Physical properties: PC material has good impact resistance, high temperature resistance and chemical resistance, and has high hardness and rigidity.

(3)Application advantages: Due to its advantages in infrared transmission performance and physical properties, infrared penetrating PC material is widely used in infrared sensors, infrared detectors, safety gratings, smart home equipment and other fields.

2.Infrared rays penetrate ABS material:

(1)Infrared transmittance performance: Compared with PC material, ABS material has poor infrared transmittance performance. In the infrared wavelength range, its transmittance is low.

(2)Physical properties: ABS material has good impact strength and wear resistance, as well as low rigidity and high temperature resistance.

(3)Application advantages: Infrared-penetrating ABS materials are often used in applications that require a balance of strength, wear resistance and chemical resistance, such as sweeping robots, casings and packaging.

To sum up, the infrared penetrating PC material performs better in infrared transmission performance than the infrared penetrating ABS material, and is suitable for applications that require higher infrared transmittance. Infrared-penetrating ABS material is more suitable for applications that focus on strength, wear resistance and chemical resistance. When selecting a material, its infrared performance, physical properties, and required mechanical properties need to be considered based on specific application requirements to ensure that the most suitable material is selected.

Qingdao MEITAI Plastic Factory is a manufacturer of modified plastics and dyed plastics that integrates R&D, design, production and manufacturing, and technical services. It provides plastic material solutions for 5G, new energy, smart wear, home appliances, medical, automobiles and other fields. .

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