ICP700T Petrochemical version Inductively Coupled Plasma Emission Spectrometer

Introduction
The Petrochemical Edition Inductively Coupled Plasma Emission Spectrometer is a chemical analysis instrument specifically designed for the testing requirements of the petrochemical industry.Mainly used to determine the content of various elements in various oil products and related products.
The instrument innovatively adopts direct oil injection technology,a semiconductor cooled ultra-low temperature fog chamber and oxygen assisted injection to eliminate the phenomenon of severe carbon deposition in organic samples,greatly improving the applicability of the instrument.

Features
1.Multiple testing elements
There are many testing elements, and more than 70 elements can be tested.
2.Simultaneous testing of multiple elements
Simultaneous testing of multiple elements, one injection, and simultaneous testing of multiple elements.
3.Fast analysis speed
Approximately 5 elements per minute, scalable to 10elements per minute.
4.Low detection limit
The detection limit is low,and the majority of elements can reach ppb level.
5.Wide linear range
Up to 5-6 orders of magnitude,it can achieve simultaneous testing of high and low content without the need to replace standard curves.
6.No need for digestion
Oil samples do not require digestion and can be directly tested on the machine after simple processing.

Applications
Determination of Rare Earth Elements in Oilfield Tracers.
Can determine the content of over thirty elements in crude oil and its related products.
It can achieve direct injection determiation of gasoline and diesel without complex digestion operations, and can determine elements such as silicon, phosphorus,iron, manganese, and lead.
It can measure the content of more than 20 wear elements in lubricating oil and its additives, and can be tested on the machine with simple dilution. Optional high salt atomizer can be used to directly determine the content of wear elements in the lubricating oil after use.
Elements such as sodium, potassium, calcium, magnesium, aluminum, iron, nickel, copper, zinc, and chromium in automotive urea.
Element content in petrochemical raw materials such as methanol and ethanol.