GSK Grade, Graphite Block with 650X500X1830mm,

• Type: Pfrn Graphite Block
• Composition: Graphite
• Carbon Content: High-Carbon
• Grade: Nuclear Grade
• Forming Way: Molded Graphite
• Crystal Morphology: Compact Crystalline Graphite
• Model NO.: GSK
• Delivery: Usually Within 15days After Po
• Transport Package: Export Standard Packing
• Specification: 650x500x1830mm
• Trademark: GES
• Origin: China
• HS Code: 3801909000
• Production Capacity: 50000mt/Year

Product Description

ABOUT US
GES Graphite Inc. established in 1958 in USA ,with a family that has been in graphite business for over 60years, GES Graphite has established itself as a reliable supplier of quality products. Now the third generation of managers went on to create miracles in the graphite industry and set up another new brand GES-AGM after purchased GrafTech facility in 2018.
GES Asia-Pacific Co.,Limited , as a branch of GES Graphite Group from China, together with GES global partners has gained extensive experience and great achievement in graphite field.
GES Asia-Pacific Co., Limited specializes in supplying graphite and carbon products. Our experienced staff can help you match your requirements with the right product, from graphite electrodes & carbon electrodes, specialty graphite, gouging rods, and your other graphite needs.
GES Asia-Pacific prides itself on excellent customer service so it can build solid long lasting relationships with the customer.

Product Introduction

GES Asia-Pacific offers a set of vibration molding with 0.8mm grain size that are excellent machinability. These materials are perfect for applications including continuous casting, crucibles, heating elements, sintering trays, electronic encapsulating fixturing and so on.

Please do not hesitate to leave us a message in case of individual requests.

Regular Sizes:
650x500x1830mm
650x500x2200mm
810x500x1830mm
810x400x1900mm
Specifications:

Grade		Grain size	Density	ER	Thermal Conductivity (100ºC)	CTE (Room-600ºC)	Flexural Strength	Compressive Strength	Ash
		mm,max	g/cm³	μΩm	W/m.k	10-6/ºC	Mpa	Mpa	%
PFRN		0.8	1.72	9.5	115	2.8	13.5	32	0.2