High pure graphite nozzle

FOB Price 1 - 99 USD / piece

Quantity	1 - 10000
Price	2.88

MOQ	1 piece
Port	Qingdao
Packaging	The graphite bush is packaged by carton box or wooden box
Lead Time	7-10 days

Product Details

High pure graphite nozzle

Product introduction

High-pure graphite nozzle offers excellent thermal conductivity, exceptional chemical resistance, and high mechanical strength. These qualities make them well-suited for demanding applications where efficient heat transfer, corrosion resistance, and precision control of fluids or gases are required.

Specifications of high pure graphite nozzle

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 graphite nozzle

1. High mechanical strength, excellent thermal conductivity

2. Good oxidation resistance

3. high mechanical strength

4. Good self-lubricating property

5. Chemical corrosion resistance

Applications of high density graphite nozzle

High-pure graphite nozzles are extensively used in the steel and metallurgical industry for processes such as steel making, casting, and refining. They are commonly employed in tundish nozzles, ladle nozzles, and continuous casting nozzle systems.

Related customized graphite nozzle

We provide different types of graphite molds to customers, including graphite foundry crucibles, graphite gold molds, shafts, plates, and other graphite molds. we can tooled all kinds graphite elements according to your drawing.

Process of high purity graphite nozzle

1. Pls provide the drawing if you have(CAD, PDF, hand-made drawing)

2. Pls inform the dimension, quantity, material, accuracy, etc.

3. Pls confirm processing technique.