Silicon steel (electrical steel)

• Characteristics: Silicon steel is the most traditional core material. By adding silicon (typically 3% to 5%), the resistivity is increased to reduce eddy current losses while maintaining high magnetic permeability. Cold-rolled silicon steel sheets have grain orientation, which can further optimize the magnetic flux path.

• Advantages: Low cost, high mechanical strength, and mature manufacturing process, suitable for power frequency (50/60Hz) applications.

• Disadvantages: Iron losses significantly increase at high frequencies (hysteresis loss + eddy current loss), and efficiency is lower than that of new materials.

• Applications:

• Power transformers (distribution and transmission systems);

• Industrial transformers (medium and low-frequency equipment).

2. Amorphous Alloy (Amorphous Steel)

• Characteristics: Metal glass structure with disordered atomic arrangement (such as iron-boron-silicon alloy), isotropic magnetism, significantly reducing eddy current and hysteresis losses. Iron loss is 70% to 80% lower than that of silicon steel.

• Advantages: Ultra-high efficiency (extremely low no-load loss), environmentally friendly and energy-saving.

• Disadvantages: High mechanical brittleness, difficult processing, relatively low saturation magnetic flux density (about 1.5T), and cost is 1.5 to 2 times that of silicon steel.

• Applications:

• High-efficiency distribution transformers (especially in energy-saving scenarios);

• Renewable energy systems (photovoltaic inverters, wind power transformers).

3. Ferrite

•Characteristics: Ceramic material (MnZn/NiZn-based), high resistivity (>10^6 Ω·m), naturally suppresses eddy currents, but magnetic permeability varies significantly with temperature.

•Advantages: Excellent high-frequency performance (1kHz - 1MHz), small size, moderate cost.

•Disadvantages: Low saturation flux density (<0.5T), brittle, not suitable for high-power low-frequency applications.

• Applications:

• Switching power supplies (SMPS), RF transformers;

• Consumer electronics (chargers, TVs, communication devices).

4.Nanocrystalline Materials

• Characteristics: Nanoscale crystalline structure (iron-based alloys), combining high saturation flux density (over 1.2T) with low high-frequency losses and good temperature stability.

• Advantages: Comprehensive performance surpasses ferrite, high-frequency losses comparable to amorphous alloys.

• Disadvantages: High cost, complex mass-production processes.

• Applications:

• High-end high-frequency transformers (medical equipment, aerospace);

• Electric vehicle charging modules.

Other Materials

• Iron Powder Cores: Used in mid-frequency inductors, strong anti-saturation capability but higher losses.

• Permalloy (Nickel-Iron Based): Extremely high initial permeability, used in precision instruments, but with exceptionally high cost.

Surface preparation is crucial for ensuring the longevity and quality finish of concrete projects. Contractors and flooring experts understand that obtaining the proper texture and profile is fundamental for successful coatings, overlays, or polishing. Among the various techniques available, bush hammering and precision grinding have become key methods for achieving consistent, professional results.

For creating aggressive textures and exposing aggregate, concrete bush hammering tools are commonly used. These tools produce a rough, slip-resistant surface, making them perfect for outdoor pavements, decorative finishes, or preparation prior to waterproofing. Their specialized design enables operators to maintain a uniform texture over large areas while reducing fatigue.

Different machines are suited to specific project needs, and tool compatibility is essential. For instance, the Scanmaskin bush hammer is designed to integrate smoothly with Scanmaskin floor grinders, providing efficient material removal and even surface finishes. Its precise construction guarantees durability, making it a favored option for professionals working on both decorative and industrial concrete surfaces.

For grinding tasks, tools such as the Terrco diamond grinding plug offer great versatility. These plugs are built for high material removal rates and consistent scratch patterns, making them suitable for surface leveling, coating removal, and preparation before polishing. Their durable bonding and precise fit contribute to optimal grinding performance and extended tool life.

By combining appropriate bush hammering tools with dependable grinding solutions, contractors can effectively address a wide range of concrete preparation challenges. Investing in high-quality tools ensures consistent outcomes, increased efficiency, and surfaces that are well-prepared for any finishing treatment.

In floor preparation and polishing, two key factors that greatly influence grinding efficiency are weight and speed. The effectiveness of material removal and the smoothness of the finished surface depend on the balance between the machine’s applied pressure and its rotational speed. Understanding this connection enables professionals to achieve superior results while reducing tool wear and project duration.

The machine’s weight directly impacts the grinding pressure. Heavier machines apply more force to the surface, allowing metal diamond grinding shoes to grind more aggressively into tough materials like concrete. This leads to faster material removal but can also increase tool wear if not matched with the appropriate bond and segment design. On the other hand, lighter machines require more passes but place less stress on the tools and offer better control, especially for detailed work.

Speed is equally important. Higher rotation speeds can improve material removal by increasing the frequency of contact between the diamond segments and the floor. However, too much speed can cause excessive heat, which may glaze the segments and reduce their effectiveness. Conversely, slower speeds can prolong tool life but may slow down the grinding process. Operators typically adjust speed based on the hardness of the material and the type of grinding wheel for angle grinder used to optimize performance.

Weight and speed must be considered together. A heavy machine running at high speed can achieve quick results but may wear out polar magnetic quick change tool rapidly. Meanwhile, using moderate weight with controlled speed often balances efficiency with longer tool lifespan. Professionals need to assess each project’s specific needs—such as surface hardness, desired finish, and time constraints—to determine the ideal combination.

Preparing to Install Heating Cables

Before installing the heating cables, carefully follow these preparatory steps. They will ensure the long-term stability and efficiency of your underfloor heating system. Carefully review each step.

► Clean the Floor

Remove screws, nails, and other metal objects from the floor. Ensure the floor is clean and flat to avoid scratching the heating cables.

► Install the Insulation Boards

For efficient underfloor heating, choose insulation boards weighing at least 32 kg per cubic meter or with a compressive strength of at least 2 cm per square centimeter.

► Secure the Insulation Boards

Securely secure the insulation boards with adhesive tape to ensure a solid connection.

► Install the Reflective Film and Silicon Crystal Grid

Choose a high-performance reflective film to promote even floor heating. During installation, the silicon crystal grid must be combined with the heating cables. It then forms a reinforced concrete structure with cement, providing tension and support.

► Cable Installation and Securing

First, measure the resistance of the cables using a multi-meter. Then, install the cables. When securing them, use cable ties to maintain adequate spacing and stability.

► Temperature Sensor Installation

After installing the cables, attach temperature sensors to accurately measure the ground temperature.

► Electrical Testing and Backfilling

Perform an electrical test on the installed heating cables to ensure each circuit is functioning properly and generating heat. Before pouring the concrete, remind workers to protect the heating cables to prevent damage.

There are different bearings ,such as ball bearings ,roller bearings ,shaft bearings ,ceramic bearings ,high temperature bearings ,taper roller bearings ,thrust bearings ,needle roller bearings etc.

For thoese bearings all are all one of the movind part which make machinery rotation .

MKL BEARINGS can produce different type of bearings for you .

free samples are available for you ,just feel free to contact with us free .

E-mail:seven@mklbearing.com

MKL BEARINGS is China Non-Standard Bearing - Manufacturers & Suppliers.

Integrates R&D, Manufacturing, Trading, Sales of Bearings, Rollers, Pulleys.

For material we are good at Stainless Steel material such as SUS420 material .

To Meet Various Market's Needs, We Have Successfully Developed Plastic Rollers, Wheels and Pulleys Which are Widely Used for Sliding Doors,Windows, Drawers, Shower Room, etc.

We can produce customized service according to your requirements ,such as can produce according to your drawing ,or your sample ;production drawing can be provide before order ; besides we can provide mass production sample for you to test before order delivery .

If you have any bearings ,rollers ,pulleys requirements just feel free to let me know ,we will do best support for you .

Are all sliding door rollers the same?

There are different type of sliding door rollers .
It depends on your door and roller, process may differ slightly.
Most aluminum sliding glass doors use single-assembly rollers. Most are steel, although some use nylon. The best way to figure out which rollers you need is to use steps 1-6 to remove your rollers and buy replacements that match.

MKL BEARINGS can provide different type of sliding door rollers ,we also can produce special roller ,you just need send us your sample or drawing then we can produce as your need ; before order we can send you sample to test ,after you pass the quality then you confirm order .

For more information just check our website at www.mklbearing.com or send me mail free at seven@mklbearing.com

Bearings play a crucial role in the operation of stage lighting equipment, especially in fixtures that require movement such as moving head lights. In the context of stage lighting, bearings are utilized in various moving parts such as pan and tilt mechanisms, allowing lights to move smoothly and accurately during performances.

Types of Bearings: Different types of bearings may be used in stage lighting equipment, such as ball bearings, roller bearings, or linear bearings, depending on the specific requirements of the fixture and movement mechanism.

MKL BEARINGS can produce various types of bearings for security pan/tilt, monitoring, stage lighting, sweepers, motors etc;for more information about bearings just feel free to contact with us free.

E-mail:seven@mklbearing.com

Agricultural machinery bearings are one of the commonly used accessories for agricultural machinery and are widely used in agricultural vehicles, tractors, diesel engines, electric motors, mowers, balers, harvesters, threshers and other agricultural machinery.

The accuracy, performance, life and reliability of agricultural machinery bearings play a decisive role in the accuracy, performance, life and reliability of the main machine. Agricultural machinery bearings can continuously withstand continuous vibration and high impact loads, meet reliable operation under various weather conditions, and have a very simple structural design to ensure efficient utilization of the machine.

MKL BEARINGS can produce different bearings used for Agriculture Industry such as :

Flanged Disc Harrow Bearings：ST491A, ST491B, FD209-1 1/8SQ, FD209-1 1/4SQ, FD211-1 1/2SQ, F0211-1 3/4RD, F0211-1 3/4HX, F0211-1 15/16RD, F0211-1 15/16RDC*, FD211-2 3/16RD

For more information about Agricultural machinery bearings, just feel free to contact with us free.

There are many type of bearings can used in motor ;

Such as miniature bearings ,608-2RS bearings, SMR83ZZ bearings ,S689ZZ motor bearings,SMR63ZZ bearings  etc.,

E-mail:seven@mklbearing.com