Rubber magnetic material is an emerging magnetic material with many special properties. Rubber magnetic material is compounded by rubber and ferrous powder, so it has the flexibility of rubber and the magnetic property of ferrous powder. It not only has some characteristics of conventional magnetic materials, such as adsorption, magnetic conductivity, etc., but also has some special properties, such as flexibility, sound insulation and wear resistance. The special properties of rubber magnetic material will be described in detail below.

Firstly, rubber magnetic material has excellent flexibility. Due to the elasticity of rubber and the bonding effect of ferrous powder, rubber magnetic materials can be made into various shapes and sizes as needed, such as sheets, strips, tubes and so on. This makes the rubber magnetic material adaptable to different application scenarios, such as it can be affixed to the surface of various objects and used to make magnets of various shapes, such as magnetic sheets, strips, tubes and so on. At the same time, rubber magnetic materials are also able to maintain their magnetic properties under deformation and will not lose their magnetic capability. This makes the rubber magnetic material have high application value.

Secondly, the rubber magnet material has good sound insulation properties. The sound-absorbing property of rubber makes rubber magnetic material able to effectively isolate the spread of sound. In some occasions that need to reduce noise, rubber magnetic material can be used to manufacture soundproof mats, soundproof boards and other products to achieve the isolation of the sound and sound absorption, and play the effect of reducing noise. In addition, the flexible rubber magnetic material can also make use of its magnetic and flexibility advantages, manufacturing sound insulation materials with adsorption, can be used to adsorb the noise source, reduce noise pollution.Rubber magnetic materials have high abrasion resistance. The abrasion resistance of rubber gives rubber magnetic materials a long service life.

In summary, rubber magnetic material has unique special properties. It not only has some characteristics of conventional magnetic materials, such as adsorption, magnetic conductivity, etc., but also has special properties such as flexibility, sound insulation and wear resistance. These properties make rubber magnetic material an ideal magnetic material for a variety of applications, such as home decoration, automotive manufacturing, electronic appliances, medical devices and so on. With the continuous progress of science and technology, it is believed that the special properties of rubber magnetic materials will be better applied and developed.

Cat's eye magnets, also nail art magnets. It is used as an aid for women's nail art. Cat's eye nail glue contains magnet powder, which is adsorbed and gathered under the action of cat's eye magnet. Under the reflection of light, there is a band of light like the pupil of a cat's eye, i.e., there is a thin, narrow and bright reflection on the surface, and the effect is like a cat's eye stone.

What are nail art cat eye magnets made of?

Most of the cat eye magnets are neodymium iron boron magnets, also known as powerful magnets. NdFeB powerful magnets are the most magnetic type of permanent magnet material. Because of the super strong magnetic properties, they can be obtained during use in order to get clean, tight lines.

Can I replace the cat's eye magnets with ordinary magnets?

Ordinary magnets, also known as black ferrite magnets, are weak in magnetism and low in cost, if you use ordinary magnets for cat eye nail art, the shape presented may be irregular and the effect is not as good as strong magnets. So it is recommended to use a strong magnet.

What are the specifications of nail art cat eye magnets?

The common shapes of cat eye magnets are cylindrical, rectangular, round Disc magnet, spherical magnet several kinds.

Such as cylindrical magnet size: D6*15/20/25/30MM, D8*6*15/20/25/30MM and so on.

How much is the customised nail art cat eye magnets?

The cost of customised cat eye magnets is different for different sizes, because NdFeB powerful magnets have different magnetic grades, so you must need to send samples to the supplier during the batch customisation process, according to the actual performance of the samples.

In summary, cat eye magnets use NdFeB powerful magnets.

We just produced a 310 * 310 * 1.0mm of thermal conductivity aluminum nitride ceramic that can be used as a semiconductor 12-inch GaN-on-QST substrate.

GaN-on-QST，QST is the abbreviation of "Qromis substrate technology", which is a substrate for GaN epitaxy, with properties similar to GaN coefficient of thermal expansion.GaN-on-QST that the underlying substrate is aluminum nitride ceramic sheet .

Below is the contrast of GaN/Si and GaN/QST substrate ,QST substrate has more advantages，and the cost is lower than GaN/Si substrate.

In near future,GaN/QST with AlN ceramic underlying substrate will be a new wonderful application.

We just produced high thermal conductivity Aluminum Nitride Ceramic for the large-area cooler.

 The monolithic structue made of Aluminum Nitride(AlN) is airtight after firing, making it perfect for high external pressure applications.

The adavantages of AlN Ceramic for large-area liquid cooler are that the design of monolithic heat-sink provides excellent heat transfer from the ceramic to the cooling water and both cooling connections are on the same side which are inserted with two seal rings.

Therefore, our AlN Ceramic for large area liquid cooler is well suited for applications that require effective cooling of large areas.

We produced Aluminum Nitride Ceramic Equipment Slotted Disc for semiconductor manufacturing.

The process of manufacturing semiconductors includes a harsh environment where plasma is generated. Therefore, the Aluminum Nitride(AlN) ceramic with excellent plasma resistance are more suitable for semiconductor manufacturing. What's more, in the fabrication of semiconductors, a combination of volatile precursor gases, plasma and high temperatures are used to lay high quality films onto the wafers. Deposition chambers and wafer handling tools require durable ceramic components to withstand these challenging environments, so the Aluminum Nitride Ceramic Slotted Disc is suitable for the semiconductor industry.

We produce black color Alumina Ceramic Disc with high purity.

As a special ceramic packaging materials, black alumina ceramic's density is smaller than the general metal packaging material and better hermeticity than plastic packaging materials. In the requirements of electronic packaging with high reliability, hermeticity and heat shock performance, black alumina ceramic has advantages other kinds of packaging materials can not replace.

As semiconductor integrated circuits often have obvious photosensitivity, alumina used for digital tube liner is also required to be black to ensure that the digital display is clear, and the special ceramic material used for encapsulating the tube shell should be required to have light shielding. Therefore, the black color cermic meets the requirement of some electronic products to avoid light.

Have you heared : Long Reading Integrated RFID Reader?

RFID (Radio Frequency Identification) technology has revolutionized the way we track and manage objects, thanks to its unparalleled long-range reading capabilities and swift data transmission speeds.

Core Advantages of the Long Reading Integrated RFID Reader:

1.Exceptional long-range RFID reader for efficient tracking in large areas, reducing the need for close scanning.

2.This product features a compact, lightweight, and stable design for easy deployment and integration with various systems. It ensures a smooth transition into existing infrastructure with minimal disruption during installation and setup.

3.Support multiple RFID protocols, providing maximum compatibility with different RFID tags and systems, ensuring seamless integration with existing RFID infrastructure and reducing the need for future upgrades or replacement.

4.It has advanced data processing and analysis functions to help users deeply understand the business and improve efficiency and productivity based on data.

Applications of the Long Reading Integrated RFID Reader:

1. Warehouse Management: It enables efficient inventory tracking, minimizing stock issues and enhancing customer satisfaction while lowering costs.

2. Logistics Tracking: Its long-range capabilities are ideal for goods monitoring during logistics, ensuring seamless tracking from departure to delivery, and improving supply chain efficiency and transparency.

3. Retail Management: It helps retailers track inventory and prevent theft by monitoring various RFID-tagged products, ensuring product availability and alerting on unauthorized movements.

4. Healthcare Management: It enhances tracking of drugs and equipment in healthcare settings, improving patient safety and ensuring equipment availability.

The Long Reading Integrated RFID Reader is a revolutionary IoT solution that offers unparalleled advantages in terms of long-range reading capabilities, integrated design, multi-protocol support, and intelligent data processing. Its wide range of applications in warehouse management, logistics tracking, retail management, and healthcare management make it an essential tool for businesses seeking to improve operational efficiency and gain a competitive edge in today's fast-paced market.

In the fascinating world of nature, lizards are renowned for their remarkable ability to change colors. These vibrant hues not only captivate our attention but also play a crucial role in the survival and reproduction of lizards. But what scientific principles underlie these dazzling colors? This article, in conjunction with the CIQTEK Field Emission Scanning Electron Microscope (SEM) product, aims to explore the mechanism behind the color-changing ability of lizards.

Section 1: Lizard Coloration Mechanism

1.1 Categories based on formation mechanisms: Pigmented Colors and Structural Colors

In nature, animal colors can be divided into two categories based on their formation mechanisms: Pigmented Colors and Structural Colors.

Pigmented Colors are produced by changes in the concentration of pigments and the additive effect of different colors, similar to the principle of "primary colors."

Structural Colors, on the other hand, are generated by the reflection of light from finely structured physiological components, resulting in different wavelengths of reflected light. The underlying principle for structural colors is primarily based on optical principles.

1.2 Structure of Lizard Scales: Microscopic Insights from SEM Imaging

The following images (Figures 1-4) depict the characterization of iridophores in lizard skin cells using CIQTEK SEM5000Pro-Field Emission Scanning Electron Microscope. Iridophores exhibit a structural arrangement similar to diffraction gratings, and we refer to these structures as crystalline plates. The crystalline plates can reflect and scatter light of different wavelengths.

Section 2: Environmental Influence on Color Change

2.1 Camouflage: Adapting to the Surroundings

Research has revealed that changes in the size, spacing, and angle of the crystalline plates in lizard iridophores can alter the wavelength of light scattered and reflected by their skin. This observation is of significant importance for studying the mechanisms behind color change in lizard skin.

2.2 High-Resolution Imaging: Characterizing lizard skin cells

Characterizing lizard skin cells using a Scanning Electron Microscope allows for a visual examination of the structural characteristics of crystalline plates in the skin, such as their size, length, and arrangement.

Figures1. ultrastructure of lizard skin/30 kV/STEM

Figures2.  ultrastructure of lizard skin/30 kV/STEM

Figures3.  ultrastructure of lizard skin/30 kV/STEM

Figures4.  ultrastructure of lizard skin/30 kV/STEM

Section 3: Advances in Lizard Coloration Research with CIQTEK Field Emission SEM

The "Automap" software developed by CIQTEK can be used to perform large-scale macro-structural characterization of lizard skin cells, with a maximum coverage of up to a centimeter scale. Thus, whether for high-resolution details or macroscopic area characterization, CIQTEK Electron Microscopes are capable of fulfilling the requirements.

“Automap” Operation interface

CIQTEK Field Emission Scanning Electron Microscope (SEM) has the advantage of high-resolution imaging and supports the optional integration of a new type of Scanning Transmission Electron Microscopy (STEM) detector. It combines the features of both Scanning Electron Microscopy and Transmission Electron Microscopy to obtain high-resolution images formed by transmitted electrons at accelerating voltages of 30kV and below. It offers unique advantages for observing electron beam-sensitive biological samples.

European Microscopy Congress 2024 (EMC) witnessed a groundbreaking collaboration as the state-of-the-art CIQTEK SEM5000 instrument demonstrated its remarkable capabilities. Customers were left highly satisfied with the instrument's performance, leading to the establishment of profound partnerships between researchers and the SEM5000 manufacturer.

Customers who brought their samples to the EMC booth were impressed by the SEM5000's ability to provide clear, high-resolution images of their specimens.

One satisfied customer, who personally operated the SEM5000 Scanning Electron Microscope, praised its user-friendly interface, stating, "The SEM5000 surpassed my expectations in terms of ease of use and navigability. I was able to quickly familiarize myself with the instrument and obtain high-quality results effortlessly."

Following the positive response from customers, fruitful collaborations and partnerships are now being established with the manufacturer of the SEM5000. This mutually beneficial relationship will enable researchers, scientists, and industrial experts to leverage the instrument's capabilities for their advanced imaging needs, pushing the boundaries of scientific exploration.

For more information about the SEM5000 and its revolutionary capabilities, please visit the manufacturer's website or contact their representative.