Nittoseiko Analytech

NSX-5000H Trace Elemental Analyzer Horizontal System

Fuel, Oil, Lubricant, LPG, Plastics, Powder, Rubber, Coal, inorganics for the industries of Energy, Chemical, Environment, Electronics, Automobile. Oxidative combustion technique has been widely recognized and utilized for various purposes NSX-5000H: 4 different detectors can be connected to 1furnace depending on your requirement.

Nitrogen: Chemiluminescence.
Sulfur: UVFL, Coulometry.
Chlorine: Coulometry.
S, F, Cl, Br, I: Ion Chromatography.

Methods in Petroleum Products

Element	Sulfur	Nitrogen	Chlorine	Sulfur
Method of detection	Ultraviolet Fluorescence	Chemiluminescence	Coulometric titration
ASTM	D5453, D7183	D4629, D5176, D6069, D7184	D4929, D5808, D6721, D7457	D3120, D3961
ISO	20846	–		–
JIS	K2541-6	K2609	–	–

NSX-5000V Trace Elemental Analyzer Vertical System

Protection from catalyst poisoning will enhance efficiency of plant operation. NSX-5000V trace analyzer will ensure modern catalyst control. HIGH END PERFORMANCE, ROBUSTNESS, RELIABILITY, STABILITY. Real ppb level analysis instrument, Improved trace analysis by temperature-controlled cell system.

Methods in Petroleum Products

Element	Sulfur	Nitrogen	Chlorine	Sulfur
Method of detection	Ultraviolet Fluorescence	Chemiluminescence	Coulometric titration
ASTM	D5453,D6667,D7183,D7551	D4629, D6069, D7184	D4929,D5808, D7457	D3120, D3246
UOP	987 Part-A	936, 971, 981	779, 910	–
DIN/EN/ISO	20846	–	–	16591
IP /EPA	–	–	9076	–
JIS	K2541-6	K2609	–	K2541-1, K2240

AQF-5000H Ion Chromatograph pre-treatment unit (Combustion-IC)

Protection from catalyst poisoning will enhance efficiency of Featuring the ultimate boat control system to ensure proper combustion of any and all sample types. Improved speed and efficiency of halogen and sulfur decomposition. Advanced, developed to the second generation. Powerful, fast solution for Sulfur and Halogen (Chlorine, Fluorine, Bromine, Iodine) analysis service plant operation. NSX-5000V trace analyzer will ensure modern catalyst control. HIGH END PERFORMANCE, ROBUSTNESS, RELIABILITY, STABILITY. Real ppb level analysis instrument, Improved trace analysis by temperature-controlled cell system.

Methods in Combustion-Ion Chromatograph

Methods	Description
ASTM D5987	Total Fluorine in Coal & Coke by Pyro-Hydrolytic Extraction and Ion Selective Electrode or Ion Chromatograph Methods	F
ASTM D7359	Total Fluorine, Chlorine and Sulfur in Aromatic Hydrocarbons and their Mixture by Oxidative Pyro-Hydrolytic Combustion followed by Ion Chromatography Detection (Combustion on Chromatography -CIC)	F, Cl, S
JIS K7392	Total Bromine in waste plastics	Br
JIS R7301 (ISO 2828)	Alumina powder: Determination of Fluorine content	F
JIS R1616	Chemical analysis of fine Silicon Carbide powders for fine ceramics	F.CI
JIS R1603	Chemical analysis of fine Nitride powders or fine ceramics	F, CI
JIS Z7302	Densified refuse derived fuel – test method for Total Chlorine/Sulfur contents	Cl, S
JEITA ET-7304A	Definition of Halogen-free Soldering Materials	F, Cl, Br, I
KS M0180	Halogen (F, Cl, Br) and Sulfur content by oxidative Pyro-Hydrolytic combustion followed by Ion Chromatography detection for electronic equipment	F, Cl, Br, S
DIN 38409-59 [*PFAS Screening*]	Determination of adsorbable organically bound fluorine, chlorine, bromine and iodine (AOF, AOCl, AOBr, AOI) using combustion and subsequent ion chromatographic measurement	F
ASTM WK68866 [*PFAS Screening*]	New Test Method for Determination of Adsorbable Organic Fluorine in Waters and Waste Waters by Adsorption on Activated Carbon followed by Combustion Ion Chromatography	F
EPA1621 ISO/DIS 18127 [*PFAS Screening*]	AOF Screening Method for the Determination of Adsorbable Organic Fluorine (AOF) in Aqueous Matrices by Combustion Ion Chromatography (CIC)	F