The superiority of ceramic tools in cutting

Ceramic knives show their superiority in the following aspects of machining:

1. It can process high-hard materials which are difficult or impossible to process with traditional tools, such as hardened steel and hardened cast iron with hardness up to HRC65, thus eliminating the power consumed by annealing and thus increasing the hardness of the workpiece. Extend the service life of the machine;

2. It can not only rough and finish high-hardness materials, but also perform machining with great impact such as milling, planing, interrupted cutting and blank roughing;

3, the tool durability is several times or even several times higher than the traditional tool, reducing the number of tool changes during machining, ensuring the small taper and high precision of the workpiece being machined;

4, can be high-speed cutting or to achieve "car, milling and grinding", cutting efficiency is 3-10 times higher than traditional tools, to save labor, electricity, machine tools 30-70% or higher.

Ceramic cutters are suitable for processing a variety of materials: 1 high manganese steel; 2 high chromium, nickel, molybdenum alloy steel; 3 chilled cast iron (HS80 ~ 90); 4 various types of hardened steel (HRC55 ~ 65); Various types of cast iron (HB200~400), etc., and have been used in domestic automobiles (machining of gears, flywheels, shafts, bearings, etc.), rolls, slurry pumps (impellers, volutes, shields, sheaths, etc.), molds, cylinders It is widely used in industries such as sets, which solves the cutting process of high-hardness and difficult-to-machine materials in various industries, and can improve work efficiency, greatly save processing time and power, and obtain huge economic benefits.  

Aluminium for Marine

Modern seafaring vessels are increasingly being built from so-called marine aluminium, an umbrella term that refers to a broad range of aluminium-magnesium alloys (magnesium content varies between 3 and 6%) used in mechanical engineering. These alloys have outstanding corrosion resistance in both fresh- and seawater.

Important properties of marine aluminium include strength and ease of welding. Aluminium Sheets and slabs for ship building are made using cold or hot rolling while extrusions, rods and pipes can be made using rolling, pulling or pressing.


Typical alloy:  5052.5754.5154.5086.5083.5383, 6005A.6082 

Product character: Superior corrosion resistance, good weldability, high fatigue resistance.


Product Certificate:




Aluminium For Marine

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La Ya Aluminium products Co.,Ltd. , http://www.layametal.com