Post Demand

Highly Oriented Pyrolytic Graphite HOPG Grade A

price  Grid 
¥1000.00
Brand:
先丰纳米
Model:
HOPG A级
I'm sorry, but "白度" does not correspond to a standard term in English. It might be a typo or a specific term in a certain context. Could you please provide more context or clarify? If you meant "百度" (Baidu), the English translation is "Baidu.":
A little
Mesh count:
Sure, here's the translation: "Brief"
Grade:
Top-grade product
Principal Component Content (%):
Sure, here is the translation: "Brief"
Production Method:
Sure, here is the English translation of "略": Brief
Density (kg/m³):
Sure, here is the English translation of "略": Brief
Purity:
>99.99%
Mohs hardness:
Sure, here's the translation: "Brief"
Jiangsu Xianfeng Nanomaterials Technology Co., Ltd.
Shop owner:Manager Deng
Address:Building 9, Phase I, Zifeng Yanchuang Center, No. 29 Buyue Road, Nanjing, Jiangsu Province
  • Product Introduction

Highly Oriented Pyrolytic Graphite HOPG Grade A

Product Name

Chinese Name: Highly Oriented Pyrolytic GraphiteHOPG ALevel

I'd be happy to help you translate Chinese to English! However, it looks like you've only provided "英文名称:" (which means "English name:") without any Chinese text to translate. Could you please provide the Chinese text you'd like me to translate into English? I'll make sure to keep any HTML tags, numbers, and technical terms unchanged as requested.Highly oriented pyrolytic graphite Grade A


Nature

Form: black block-shaped

Inlay Angle:0.5°±0.1°

SizeApproximately 5x5x1.0mm

Purity: >99.99%


Application

Scanning tunneling microscopy-callibration and substrates Scanning Tunneling Microscope-Calibration and substrate

Graphite Monochromators Grating Monochromator

X-Ray diffraction XX-ray diffraction

Neutron scattering and diffraction Neutron scattering and diffraction


Other information

HOPG(Highly Oriented Pyrolytic Graphite) is a new type of high-purity carbon material.,It is a new type of graphite material produced by treating pyrolytic graphite under high temperature and high pressure, with properties close to those of single-crystal graphite. Its main applications includeXRay monochromators, neutron filters and monochromators, basic performance studies of graphite, and fundamental research on large-scale graphite intercalation compounds provide microscopists with a reusable smooth surface. Unlike mica, highly oriented pyrolytic graphite (HOPG) Completely non-polar, suitable for elemental analysis, with only carbon atomic background signals in the analytical signal. Highly oriented pyrolytic graphite (HOPG) Its excellent surface smoothness allows it to serve as a blank background.

ALevel The cracking surface shows no signs of delamination, and the inlay angle is0.5° +/- 0.1°. The lateral grain size is typically on the order of several micrometers to over ten micrometers.AThe level can reach around ten micrometers, with a longitudinal grain size of approximately several tens of nanometers. This level represents a **degree of ordered product, generally used for instrument calibration or special scientific experiments. It can also be processed through scientific research to obtain single-crystal graphene samples.

BLevel Each highly oriented pyrolytic graphite (HOPG) block available15-20fragments, with an inlay angle of0.8° +/- 0.2°. The lateral grain size is typically on the order of several micrometers to over ten micrometers, while the longitudinal grain size is around ten nanometers. This is suitable for most scientific research fields and is easy to repair and update.ACompared to the grade, some users prefer this type of highly oriented pyrolytic graphite (HOPG), because the lobes of the ladder are slightly wavy, making it easier to secure the sample (providing better adhesion).

CLevel Inlaid horn> 1.5°. It is applicable to most scientific research fields. The lateral grain size is typically on the order of several micrometers to over ten micrometers, while the longitudinal grain size is around a few nanometers. However, due to its low cost, it is suitable for student experiments.





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