Optical Fiber Used in Starry Sky Celing Lighting

( This is a non-standard customized product and support pattern customization)

1.Application

2.Specification model selection

3.Questions and confirmation：

4.Installation

Optical Fiber Used in Concrete Architectural Lighting

1. What is translucent concrete?    

PMMA new building materials light-emitting fiber optic cement concrete brick products

Translucent concrete (aka: light-transmitting concrete) is a concrete-based building material with light-transmitting properties due to embedded optical elements - usually optical fibers. Light travels through the stone from one end to the other.
Therefore, the fibers must pass through the entire object. This creates some kind of light pattern on the other surface, depending on the fiber structure. Shadows cast to one side appear as contours There are several methods of producing translucent concrete. All based on fine-grained concrete (about 95%) and only 5% light guide elements added during casting. After setting, the concrete is cut into slabs or stone, and the stone is cut with standard machinery. Translucent concrete is used in fine architecture as façade material and interior wall cladding. Translucent concrete is also used in various design products. Using natural light must ensure that enough light is available. Wall-mounted systems need to be equipped with some form of lighting aimed at uniform lighting across the plate surface. Usually the installation system is similar to using natural stone panels, for example, LUCEM uses perforated installation with visible screws.

2.Characteristics and principles of translucent concrete:    

1. Soft glow, not dazzling
2. Simple installation and convenient construction.
3. Various sizes, patterns and patterns can be customized.
4. High light transmittance, strong compression resistance and good thermal insulation performance.

The light-emitting principle of light-transmitting concrete: in the daytime, when the sun shines, the light enters the interior through the building, and when the light is on at night, the exterior of the building can vaguely reveal the interior scene. The designer uses a special building material: light-transmitting concrete, this kind of material that makes the cold building dynamic, it is based on 3 main components: the interaction of concrete, fiber and light, its principle, The special glass fiber is processed into the concrete, and the surface is irradiated by artificial light or natural light, and is transmitted from one end to the other end, thereby making it light-transmitting    

3. Types of translucent concrete:    

At present, the brands of light-transmitting concrete at home and abroad have developed the types of light-transmitting concrete, which are roughly divided into three categories: point distribution, linear walk and customized walk. The colors are concrete, black, white and so on.

The effects presented by these three categories are different: point-like and linear are fixed styles, while custom categories can customize logo, slogan, etc., which are very stylized. Through the final generated light-transmitting panel, viewers can clearly see The silhouette of the object on the other side of the concrete, with this clarity, the translucent concrete still maintains its strong, crack-resistant, and load-bearing qualities.

4. Application of light-transmitting concrete:    

Since its development, light-transmitting concrete has been widely used in:

1. Wall decoration, indoor and outdoor stair facade or step decoration, it can play the same role as decorative light strips.

2. It can be used for indoor and outdoor image decoration, and the color can be very changeable, whether it is inside the office, The hotel is also the entrance of the foyer opposite the residential building, indoor wall tiles, bars, KTV wall tiles, construction site buildings, park balls, indoor kitchens, park stools, wall displays, office buildings, facade decoration, large building exterior wall decoration, Offices, luminous displays at conferences, lounges, toilets, corridors, front desks, counters, stone benches, etc. are all very eye-catching. 

3. It can be cut into bricks and stacked for decoration in the form of bricks.
4. It can be used for the ground. The BABOR headquarters in Aachen, Germany, makes good use of this on the ground of the office exterior. The Aachen headquarters in Sanya also uses light-transmitting concrete bricks to guide and decorate the ground. 

5. Lamps can be customized, unique, 6. Even indoor and outdoor furniture, seating, tabletops, etc. can be customized. Located in Munich Airport in Germany, on the square outside the terminal building, scattered decorative cubes also use light-transmitting mixed Soil is the finishing touch. 

5. Shenzhen Jinzhi Photoelectric Technology Co., Ltd. provides the following designs for light-transmitting concrete:  

Remark:    

This product is a non-standard customized product, KINZ can provide semi-finished materials, KINZ can provide finished products, please contact us for more designs!    

Welcome to browse our company's solutions related to industrial applications. If you need further understanding of 

technical knowledge and product information, the contact information is as follows: 

Toll free: 400-160-8187 E-mail: sales@kinz-pof.com Website: www.kinz-pof .com

Medical Laser Hair Removal Fiber

1.What is laser hair removal?

Laser is a kind of focused energy, and the human skin is a relatively light-transmitting structure. This energy can pass through the skin surface very smoothly and reach the root of the hair, that is, the hair follicle. Because there are a lot of melanin in the hair follicle. Therefore, it can preferentially absorb a large amount of laser energy, and finally convert it into heat energy, which gradually increases the temperature of the hair follicle, thereby destroying the hair follicle and making the hair follicle lose its ability to regenerate. During the whole process, since the skin absorbs relatively no laser energy, or absorbs a very small amount of laser energy, the skin itself will not suffer any damage. Sweat glands and hair follicles exist independently. The laser for laser hair removal is only used to generate melanin in the hair follicles, and there is no melanin in the sweat glands, so it will not absorb laser energy.

2.Features of laser hair removal:

The characteristic of laser hair removal is to destroy the hair follicles through the thermal effect of the laser, so that the hair follicles lose their ability to grow.

3.Optical fiber for laser hair removal:

 Fiber long-pulse laser hair removal is a better hair removal technology and the leader in optical hair removal technology.

The target of fiber long pulse laser hair removal is the hair follicle. The hair follicle contains melanin. After the melanin absorbs light of a specific wavelength, it will heat up and explode, so as to achieve the effect of destroying the hair follicle. The ruptured melanin will be excreted with the body's metabolism. Fiber long-pulse laser hair removal uses specific multi-wavelength light waves for irradiation treatment. The strong light system includes all spectral bands from 695nm to 1200nm, so it has a wide adaptability for hair of different depths and skin types. After being irradiated by photothermal intense pulsed light, hair growth is delayed or even relatively stagnant in a short period of time, thereby achieving the effect of sexual hair removal, and the effect is even more outstanding after multiple treatments.

Laser hair removal is divided into semiconductor laser with a wavelength of 810nm; ruby laser with a wavelength of 694nm; alexandrite laser with a wavelength of 755nm; yttrium aluminum garnet laser with a wavelength of 1064nm. The principle of laser hair removal is to use the thermal effect of the laser to reach the root of the hair through the surface of the skin, thereby destroying the hair follicle tissue, thereby making the hair lose its ability to regenerate, and achieve the effect of permanent hair removal. Laser hair removal can be used on the skin of the whole body, and is often used to remove excess or excess hair from armpits, arms, legs, etc., thereby improving the personal image of beauty seekers. Generally, the effect starts to appear about a month after a laser hair removal is performed. A single treatment cannot completely remove the hair, so it is still necessary to perform laser hair removal again.

4. Common specifications of laser hair removal fibers:

Core O.D:1500um

Deped clad O.D:1535um

Jacket O.D :2000um

Temperature range:-65C-150C

NA:0.37 

5.Application of laser hair removal fiber:

6.The main laser hair removal fiber products provided by Shenzhen Jinzhi Optoelectronics are as follows：

 (1) Common types of laser hair removal interfaces

                                                                                         SMA905 high power connector                                                                 D80 connector

(2) Common types of laser hair removal fibers

  Welcome to our company's industrial application solutions.

   For further technical knowledge and product information, the contact information is as follows:

  Toll Free: 400-160-8187 Email: sales@kinz-pof.com Website: www.kinz-pof.com

1.What is H-PCS fiber optic cable?    

H-PCS is also called H-PCF/HCS/PCS

Suitable for offices and industrial areas, ultra-high-speed fiber optic cables for secure data transmission, available in POF (polymer optical fiber), PCF (plastic clad optical fiber) or GOF (glass optical fiber), including single-mode, multi-mode and composite types, A highly flexible drag chain application design is also available for interference-free data transmission at the speed of light.    

2.Features of H-PCF/HPCS/HCS/PCS fiber optic cable    

1. Reduce system cost:

The cost of optical modules for transmitting/receiving optical signals dominates the total cost of optical data transmission systems. By reducing the cost of the optical modules, the total cost of the optical data transmission system can also be reduced

2. Crimp and cut connectors are suitable:
For traditional glue-and-polish optical connectors, the time-consuming gluing process and skill-requiring polishing process make them difficult to terminate in the field, driving up costs

3. Lower attenuation even for short/medium distance cables:
In case of H-PCF: Quartz glass core - lower attenuation and long distance transmission (about 1 km) possible - provides highly reliable system ensuring improved system margin
In case of POF: higher attenuation and long distance transmission impossible (about tens of meters)    

3.H-PCF/HPCS/HCS/PCS fiber optic cable application

Shenzhen Jinzhi Optoelectronics Technology Co., Ltd. provides all fiber optic cables, connectors, jumpers for H-PCF application solutions    

1.Jinzhi provides H-PCF/HPCS/HCS/PCS fiber optic cable    

1)PCF DUPLEX FRNC-PUR indoor/outdoor

product description:
Flame Retardant Halogen Free Outer Sheath Separable Dual Core Polymer Clad Glass Optical Fiber Cable
and stress relief

application:
- Indoor/Outdoor; for fixed installations in harsh industrial environments
- Direct connector assembly    

2)PCF Polymer Cladded Fiber

3).Optical Fibers and Cables

The fiber optic cable series utilizes high strength properties, fluoroacrylate coating technology, and at the same time improves bandwidth through graded index fiber design. Most similar to OM-1 grade fiber optic cable with 62.5/200/230 GiHCS fiber optic cable GiHCS cable supports fast and gigabit Ethernet, available in LSZH and OFNR Riser fire safety ratings, including indoor and indoor/outdoor cable designs These industrial cables are crimp & cleave compatible for quick and easy field connection in harsh environments.

4).H-PCF (Hard Plastic Cladding Fiber)

5).FO pigtail 

6).POF/PCF FOC Terminal Kit    

Overview:
Compact, Rugged POF and PCF Fiber Optic Cables
Special version for easy assembly of SC RJ plugs on POF and PCF fiber optic cables
Use the included microscope to check the quality of the assembly.    

Welcome to browse our company's solutions related to industrial applications. If you need further understanding of 

technical knowledge and product information, the contact information is as follows: 

Toll free: 400-160-8187 E-mail: sales@kinz-pof.com Website: www.kinz-pof .com

1. Application of industrial optical fiber products in wind turbines and wind farms

Jinzhi provides highly reliable industrial fiber optic components for isolation in the data acquisition/control and power generation markets. These products have excellent high insulation voltage performance and immunity to EMI, and can be installed and operated near power transmission pipelines that can produce destructive electrical interference. As the global demand for renewable energy grows, the design of wind turbines has become larger and larger. Jinzhi's industrial fiber optic products provide a wide range of data rates and link lengths for many applications in this power generation market.

2. The application of optical fiber in solar energy

In a solar farm power generation system, solar heat generates a lot of current. In order to protect equipment from huge current leakage, electrical insulation is essential to ensure the quality and reliability of the power system. Optical fiber can provide insulation protection to prevent high voltage or current interference.

The key applications of fiber optic components in solar systems include:

1 Power electronic gate driver for inverter

2 Solar tracking control and communication board

3 Substation automation and protection relays for solar power plants

solar energy generation

Figure 1 Solar power generation frame Solar panels collect solar energy and convert it into electrical energy through photovoltaic modules or solar collectors. In order to integrate the electricity generated by the solar panels into the transmission line, the electricity needs to be converted into utility-grade alternating current 

Examples of power semiconductor devices available on the market:                                 

1 Insulated gate bipolar transistor (IGBT)                   2 Delete level power-off thyristor (GTO)        3 Integrated Gate Commutation Thyristor (IGCT)

4 Symmetric Gate Commutation Thyristor (SGCT)   5 Launcher turn-off thyristor (ETO)

Fiber optic tissue is usually used to control high voltage and current switches and current switching devices, and has reliable control and feedback signals (Figure 2, Table 1)