Donghai Graphite ATDJ-570 Fine Grain Graphite Sheet

The characteristics of isostatic graphite
Hongnai De graphite is cold isostatically pressed into shape, with the shaped graphite exhibiting identical performance values in all directions. It boasts a range of excellent properties, making it closely associated with today's advanced technologies.
Hunan Stone graphite is commonly used in the manufacturing of single crystal furnace graphite heat sinks, metal continuous casting graphite crystallizers, and graphite electrodes for EDM machining. Our products offer stable performance and are greatly appreciated and supported by customers worldwide.
Note: Cold isostatic pressing refers to the process of placing powder in a sealed liquid environment at room temperature, where the liquid transmits ultra-high pressure to shape the powder. Since the pressure in the liquid is equal on all sides, it is called cold isostatic pressing.


Excellent processing performance
Graphite has a lower density than metal materials and boasts excellent machinability.
Thermal stability
Under inert gas protection, it can operate at temperatures up to 3,000 degrees and even higher.
Low expansion rate
Even under rapid temperature increases, the low thermal expansion rate ensures the graphite dimensions remain unchanged.
Excellent chemical resistance
Graphite exhibits excellent chemical stability, being resistant to acids, alkalis, and organic solvents at room temperature.
Excellent conductivity and thermal conductivity
Graphite is an ideal material for certain applications, such as heating elements, due to its good thermal conductivity.
The isostatic graphite also boasts other excellent properties, such as:
High-tensile
2. Ultra High Purity
3. Corrosion resistance
4. Low resistance
5. Stable performance
6. Eco-friendly

Shanghai Luhan Metal Materials Co., Ltd.


                           HK-0    HK-1    HK-15    HK-2    HK-75    HK-3    HK-6


Volume Density g/cm³ 1.79 1.85 1.83 1.82 1.82 1.82 1.86


Average Particle Size μm  13  11  7  7  4  2  3


Shore Hardness: 56, 58, 62, 64, 72, 78, 68


Flexural Strength Mpa  39  50  53.9  63.7  65.7  88.2  85


Resistivity μΩm          12      11      12.5      13.5      16.5      15.5      12




Material  | Density  | Hardness  | Resistivity  | Flexural Strength  | Particle Size  | Specifications  | Application Range


            (g/cm3)     (shore-D)      (u.Ω.m)          (Mpa)           (u m)             (um)


E+18  1.76  55  15  45  12  308×620×1830  Medium-density Graphite, suitable for high current, high-speed machining, used for rough machining and high-speed processing of large workpieces.


E+20        1.80            65              13              52              12          308×620×915            Excellent cost-performance ratio; suitable for both rough and fine machining; ideal for processing large plastic parts molds.


E+25 1.82 65 14 58 10 308×620×1830 High performance, high density, ideal surface finish, good machinability, less loss than E 25 at the same current density


E+40   1.84   80   16.5   65   8   308×620×915   High-density Graphite, with very low losses under low current conditions and excellent surface finish.


E+50  1.86  80  15.3  76  5  308×620×915  Very high density and extremely fine particle structure, specially designed for processing of high-precision molds, suitable for surfaces requiring extremely high finish.