Nylon milling Tank jar Large Capacity Ball Milling Tank Container Nylon Grinding Jar (50ml)

Features of nylon ball milling tank: 1. High strength, able to withstand loads for a long time; 2. Good resilience, able to bend without deformation, while maintaining toughness and resisting repeated impacts; 3. Wear resistance and self-lubrication, reducing wear; 4. High chemical stability, resistant to alkalis, alcohols, ethers, hydrocarbons, weak acids, lubricants, detergents, water (seawater), and has the characteristics of odorless, odorless, and rust free; 5. Adopting anti slip design to prevent the jar from slipping from the hand during the experimental material collection process; 6. The bottom of the jar is made with a large R angle to reduce the material settling in the bottom corner during the grinding process.Specification: 50ml Outer diameter mm: 65 Height mm: 58 Step outer diameter/height mm: None Specification: 100ml Outer diameter mm: 75 Height mm: 71 Step outer diameter/height mm: 65/4 Specification: 250ml Outer diameter mm: 100 Height mm: 90 Step outer diameter/height mm: 89.5/4 Specification: 500ml Outer diameter mm: 108 Height mm: 112 Step outer diameter/height mm: 89.5/4 Specification: 1000ml Outer diameter mm: 133 Height mm: 138 Step outer diameter/height mm: 119.5/4

• The nylon ball grinding tank developed by our company is a high wear-resistant grinding tank. Made of high-quality material nylon, it has a smooth appearance, high hardness, good toughness, impact resistance, resistance to multiple solvents, high wear resistance, non polluting products, long service life, and high grinding efficiency. It can be widely used in industries such as precious metals, electronic ceramics, magnetic materials, color coatings, etc.
• The nylon ball milling tank is of an overall structure, with a thick tank wall and a dedicated tank opening fixture. It is easy to open and tightly sealed, with a beautiful appearance and durability. During use, there will be no adverse phenomena such as gap leakage or dead corners in material storage, and ultrafine materials with narrow fineness distribution can be processed in a short period of time.