Electronic Fluorescent Paint

Electronic fluorescent paint was developed by the United States. It is about 0.1 mm thick after drying. In order to meet other requirements such as weather resistance and earthquake resistance.

Electronic luminous paint was developed by the United States. It is about 0.1 mm thick after drying. In order to meet other requirements such as weather resistance and earthquake resistance. Yes, we need an extra coat of paint. The light emitted by the electronic luminous paint coating can penetrate several kinds of paint. So, the material sprayed by this paint. The product looks no different before it is powered on, but it will glow after being powered on. It comes in different colors, including white, green, blue, yellow-green, orange and other colors. Also, The electronic luminous paint coating. There are special switches in the car that fluoresce at night and are shaped like jellyfish. It is very dazzling.

Dongguan Superior Chemical Co., Ltd. is 5 years ago from a single production accessories of small enterprises rapidly developed into today's large-scale production of automotive paint and accessories products professional manufacturers. The products are equipped with high, medium and low grade series, strong strength, the products sell well throughout the country and are exported abroad.

Entrepreneurial spirit, then cast brilliant. Establish their own scientific research, development and production as one of the modern factory as a production base. The use of inlet raw materials and international advanced equipment process, management of production, and strict implementation of the ISO9002 international quality certification system requirements, each production link has undergone strict quality control, the pursuit of excellence brand, for the same industry and users at home and abroad to provide multi- level high-quality products enjoy a high reputation.

Electronic luminous paint, also known as electronic fluorescent paint. It is a physical phenomenon where an electric field is generated through the voltage added to the two electrodes. The electrons excited by the electric field strike the luminous center, causing the transition, change, and compound of the electronic energy level and emitting high-efficiency cold light. It is a phenomenon that converts electrical energy directly into light energy. The conversion between electrical energy and light energy is a non-thermal conversion. It is an electro-optical effect that excites light by electric field. There is no such situation as that of an incandescent lamp which first converts electrical energy into heat and then causes the temperature of the object to rise and emit light. So this light is called cold light.

• The first layer is the backplane layer. It is sprayed directly onto the surface of the object first and plays a conductive role. The backboard is a highly conductive, low-resistance material.
• The second layer is the dielectric layer. It plays the role of insulation to prevent short circuits and ensure that the current is evenly distributed on the surface so that the light is uniform.
• The third layer is the luminous layer. It is used to determine the final luminous color. There are currently 8 colors.
• The fourth layer is a transparent conductive layer. The role of this layer is to connect the positive and negative electrodes. An electric field effect is generated between the electrodes to drive the luminous layer to emit light.

It can be applied to a variety of surface materials and is more malleable than LEDs.

It can be used on curved or irregular shapes.

Electronic luminous paint coating is different from LED cross signs.

It reduces granular lighting and provides complete plane lighting.

Traffic signs are more noticeable at night.