Far infrared smd led

Types of far infrared SMD LED

Far infrared SMD LED technology is used to produce infrared radiation for various applications. SMD stands for Surface Mount Device, which refers to a technology used to mount electronic components directly onto the surface of a circuit board. Here are some types of far-infrared SMD LEDs:

• FIR-50-5M-12V

  The FIR-50-5M-12V is a 12V flexible infrared LED strip light. It has a length of 5 meters, 50 LEDs, and a high density of 10 LEDs per 1 meter. It is characterized by a wide range of applications, including health care, sauna, and therapeutic lighting. The strip is energy-efficient and has a long lifespan. It is easy to install due to its flexibility.

• FIR-30-1M-12V

  The FIR-30-1M-12V is a 1-meter strip with 30 LEDs. It has a high infrared output and is suitable for applications requiring compact design and high intensity. It is ideal for use in small spaces.

• FIR-50-5M-24V

  The FIR-50-5M-24V is a 24V flexible infrared LED strip light. It has a length of 5 meters and 50 LEDs. It is characterized by high voltage, which can lead to higher brightness. It is suitable for larger installations.

• FIR-60-5M-12V

  The FIR-60-5M-12V is a 12V strip light with 60 LEDs. It has high density and uniform output. It is ideal for applications where high-density lighting is required. The strip has a lifespan of over 50,000 hours and is energy-efficient.

Functions and features of far infrared smd led

Below are some features and functions of LEDS that are important to know:

• LED Lifespan: The lifespan of a light emitting diode is the period between when it starts functioning and when it ceases to work. Infrared LED Lifespan is usually long, and this makes them suitable for use in different applications.
• Low power consumption: Infrared lights use less energy than traditional lights. This helps to reduce electricity costs.
• High intensity: Infrared LEDs produce a high intensity of infrared radiation. This makes them useful for different heating applications.
• Small size: Infrared LEDs are small, making it possible to integrate them into different devices and applications.
• Fast switching: Far infrared SMD LEDs can be turned on and off quickly. This is a useful feature in applications such as pulse heating and data transmission.
• Directional emission: These LEDs emit light in a specific direction. This feature is useful in applications such as area heating and spot lighting.
• Robustness: These LEDs are robust. They can be used in environments with extreme environmental conditions such as; high temperatures, humidity, and dust.
• Cost-effective: Due to their low manufacturing cost, far infrared SMD LEDs are generally affordable. This makes them popular for use in different applications.
• Customization: These LEDs come in different sizes, shapes, and specifications. This allows manufacturers to customize them to meet the requirements of various applications.
• Thermal management: Far infrared SMD LEDs have good thermal management. This helps to maintain their efficiency and prolong their infrared light bulb.
• Wavelength flexibility: These LEDs can be designed to emit different wavelengths of infrared radiation. This feature is important for applications that require specific wavelengths.

Scenarios of far infrared smd led

Far infrared SMD LED lights have various applications. Here are some common usage scenarios:

• Agriculture

  Far infrared SMD LEDs can enhance plant growth and flowering by stimulating photosynthesis when used in supplementary lighting for indoor farms and greenhouses. Additionally, the lights can be used to increase the livestock and poultry production by improving animal welfare, growth and milk production by enhancing feed conversion and reducing stress.

• Health and wellness

  These LEDs can be used in therapeutic devices such as LED masks, light therapy devices and infrared saunas. They are popular for their skin rejuvenation, pain relief and relaxation benefits.

• Horticulture

  These LEDs can be used in the supplementary and primary lighting for indoor and outdoor plants. They help in improving the quality and quantity of the yield by simulating the natural sunlight.

• Heating applications

  Far infrared SMD LEDs are widely used in various heating applications such as heated clothing, infrared heating panels and heated blankets. The SMD LEDs provide a more even and comfortable heat as opposed to traditional infrared heaters.

• Food processing

  The LEDs can be used for food drying, pasteurization and warming. The advantage of using Far infrared SMD LEDs is that they provide a more uniform heat distribution and energy efficiency as opposed to traditional methods.

• Manufacturing

  Far infrared SMD LEDs are used in various industrial applications such as curing, drying and heating of materials. The LEDs provide a targeted and efficient heat source that can improve the manufacturing processes' speed and quality.

• Aquaculture

  Far infrared SMD LEDS are used in aquaculture for applications such as growth promotion, disease prevention and water treatment. For instance, the LEDs can be used to improve the growth and immune response of aquatic animals such as fish and shrimps.

• Consumer electronics

  These LEDs can be used in various electronic devices such as remote controls, night vision cameras and thermal sensors. The advantage of using Far infrared SMD LEDs in consumer electronics is that they provide a low power consumption and compact solution for infrared emission.

How to choose far infrared SMD LED

When choosing LEDS for sale, business owners should consider the following factors to ensure they stock LEDS that will meet their customers' needs.

• Wattage

  Customers will want to know which LEDS are suitable for their needs. Higher wattage LEDS produce more light, which is suitable for areas that require bright light. Lower wattage LEDS produce less light and are ideal for areas that require ambient light. Also, higher wattage LEDs consume more energy than lower wattage LEDs.

• Size

  The size of the LED chip affects the light's uniformity and direction. Buyers will look for LED chips that will produce light for their intended use. Larger LED chips produce light at an angle, while smaller chips produce light in a concentrated beam.

• Heat Sink

  The heat sink is an important component of the LED chip. It protects the chip by dissipating heat. Buyers need to get heat sinks that are compatible with the LED chip they choose. When selecting a heat sink, buyers need to consider factors like weight, size, and thermal conductivity.

• Color Rendering Index

  The CRI tells buyers how the LED light will affect color perception. Business owners should get LED chips with different CRI ratings to meet the color rendering needs of various customers.

• Voltage and current rating

  The voltage and current rating of an LED chip shows the electrical characteristics of the chip. Business owners should get LED chips with different ratings to enable buyers to select LED chips that are suitable for their electrical configuration.

• Durability

  Business owners should select LED chips from reputable manufacturers to ensure the durability of the product. They can read online reviews or testimonials from previous customers to get an idea of the performance and reliability of the LED chip.

• Installation requirements

  Business owners should get LED chips that are compatible with various installation methods. They should take into account the accessories required for the installation, like LED drivers and heat sinks.

far infrared smd led Q & A

Q1: What are the benefits of using far infrared SMD LEDs?

A1: Far infrared SMD LEDs have many applications in wellness, agriculture, and heating. They promote relaxation and can be used in red light therapy. Far infrared heat is beneficial for muscle and joint warming without harming the skin. In agriculture, these LEDs support plant growth and can be used to construct energy-efficient grow lights.

Q2: How does the energy efficiency of far infrared SMD LEDs compare to traditional infrared sources?

A2: Far infrared SMD LEDs are more energy-efficient than traditional infrared sources. For example, incandescent bulbs convert only 30% of their energy into visible light, while LEDs convert over 90% of their energy into infrared light. This means LED technology provides more heat while consuming less energy.

Q3: What should be considered when designing a product that uses far infrared SMD LEDs?

A3: When designing products that use far infrared SMD LEDs, one should consider the desired temperature range and heat distribution. The number of LEDs required to achieve the target infrared output should also be considered. Additionally, the thermal management must be ensured to prevent overheating and damage to the LEDS.

Q4: Are far infrared SMD LEDs safe for skin?

A4: Yes, far infrared SMD LEDs are safe for skin. Unlike UV light, infrared does not burn or damage skin cells. Instead, FAR infrared promotes blood circulation and can help with muscle relaxation.

Q5: What trends influence the market for far infrared SMD LEDs?

A5: Current trends that influence the market for far infrared SMD LEDs include the growing interest in holistic health and energy-efficient technologies. There is an increased demand for products that incorporate infrared therapy for wellness and pain relief. Additionally, industries look for sustainable lighting and heating solutions with low energy consumption.