Isostatic graphite rod

FOB Price 1 - 99 USD / piece

MOQ	10 piece
Port	Qingdao
Packaging	The graphite rod is packaged by carton box or wooden box
Lead Time	7-10 days

Product Details

Isostatic graphite rod

Product introduction

Isostatic graphite rods are a specific type of graphite product that is manufactured using a unique production technique called isostatic pressing.

The Isostatic graphite rods have a high density due to the isostatic pressing process, resulting in a material with superior mechanical strength and improved performance.

The high density also contributes to its excellent thermal conductivity and resistance to thermal shock.

Specifications of isostatic graphite rod

Technical Specification	YG-4	YG-5	YG-6
Volume Density (g/cm³)	≥1.75	≥1.85	≥1.90
Electric Resistivity (μΩm)	10-13	8-10	8-9
Thermal Conductivity(100℃) W/m.k	121.1	139.2	140
Coefficient Thermal Expansion (Indoor temperature -600℃)	5.46	4.8	4.5
Shore Hardness HSD	42	48	53
Flexural Strength Mpa	38	48	55
Compressive Strehgth Mpa	65	85	95
Elasticity Modulus Gpa	9	11.8	12
Gas Hole Ratio %	17	13	11
Ash content PPM	500	500	/
Granularity (μm)	13-15	13-15	8-10

Features of high purity graphite rod

* Anti-oxidation treatment to maximize service life.

* Special production process. High bulk density and low porosity resist erosion, it can avoid producing molten materials and its gas particles.

* High purity, low ash content graphite material, can prevent volatile substances, avoids spots, holes on coated film.

* Graphite crucible is treated by special coating process, it can resists oxidation and maximizes service time.

Applications of isostatic graphite rod

Isostatic graphite rods is widely used in range of industries and applications. They are commonly utilized in high-temperature environments, such as in the manufacturing of crucibles, molds, and components for metal casting, sintering or heat treatment fixtures, electrodes for electrical discharge machining (EDM), and parts for industries such as semiconductor, aerospace, automotive, and more.