Brazing sintered diamond Saw Blade features
1, the diamond edge can be 2/3 of the diamond height, so grinding
Cutting efficiency is high, and is conducive to scouring debris, surface abrasive particles are not easy to cause
Blockage and loss of grinding ability.
2, due to the high edge of diamond, chip tolerance space, diamond and base
The high binding strength between the bodies prevents the diamond from falling off.
3, brazing diamond saw blade is suitable for cutting ceramics, microcrystalline stone, people
Stone, marble, super sharp.
What are the advantages of brazing diamond saw blade
1, high cutting edge rate, cutting efficiency is very high;
2, diamond and matrix chemical combination, in the work is not easy to take off
Fall;
3. High sharpness, straight cutting edge, fast feeding speed and easy feeling;
4, large chip space, surface abrasive is not easy to lose grinding due to blockage
Ability.
If cracks appear on the grinding wheel in the process of use, stop using the grinding wheel immediately and replace the cutting piece with a new one to avoid breaking the cutting piece and injuring others.
Diamond Blade,Stone Circular Saw Blade,Angle Grinder Stone Blade,Electroplated Diamond Cutting Wheel Henan Jinlun Superhard Material Co., Ltd , https://www.jinlunsuperhard.com
Lide powder, also known as lithopone, plays a significant role not only in the coatings industry but also in the plastics sector. Its unique properties make it a versatile material that can be used across various applications. Let’s explore how Lide powder contributes to the plastics industry and why it is becoming an increasingly popular choice.
Lithopone is one of the most widely used white pigments, ranking just below titanium dioxide in popularity. As a multifunctional pigment, it offers a range of benefits, including its ability to provide a bright white color with a subtle blue undertone. This makes it ideal for toning and blending with fluorescent whitening agents. Unlike other white pigments, Lide powder enhances the overall quality and performance of plastic products, making it a preferred option in many manufacturing processes.
First, in glass fiber reinforced plastics
One of the key advantages of Lide powder is its low Mohs hardness of around 3, which makes it highly suitable as a white pigment for glass fiber-reinforced plastics. Unlike titanium dioxide, which can damage the reinforcing fibers during processing, Lide powder maintains the integrity of the fibers. This helps preserve the mechanical strength of the final product, such as bending or impact resistance, without any negative effects.
Second, excellent flexibility
Due to its soft texture and lack of photocatalytic activity—unlike TiO2—Lide powder is well-suited for coloring and opacifying both natural and synthetic elastomers. This results in lower wear and tear, leading to longer-lasting products. For example, shoe soles made using Lide powder as a pigment tend to have a significantly longer service life compared to those using titanium dioxide.
Third, thermoplastics
In addition to its use as a pigment, Lide powder serves as an effective stabilizer in certain thermoplastics, particularly polypropylene (PP) and polybutylene terephthalate (PBT). It improves the thermal stability of these polymers. Although the exact mechanism is not fully understood, it is believed that Lide powder reacts with catalytic metal ions, forming stable complexes that prevent them from degrading the polymer structure. This "locking effect" helps maintain the material's performance under high temperatures.
With its wide range of applications and unique advantages, Lide powder continues to gain recognition in the plastics industry. Whether it's used in reinforcing materials, flexible elastomers, or thermoplastics, it offers a reliable and efficient alternative to traditional pigments like titanium dioxide. If you're looking for high-quality pigments with proven performance, consider reaching out to experts in the field.
Langfang Rainbow Pigment Products Co., Ltd.: http://