Nitrogen analysis by LECO combustion systems is essential for assessing protein content in food and feed, as well as determining nitrogen levels in soils, chemicals, and metals.
Determine Oxygen or Nitrogen through Inert Gas Fusion with the 736 Series. Models include: ON736 (Oxygen and Nitrogen), O736 (Oxygen), and N736 (Nitrogen).
Browse the 828 Series of combustion analyzers, including the FP828 (Nitrogen and Protein), CN828 (Carbon and Nitrogen), and CHN828 (Carbon, Hydrogen, and Nitrogen) models.
Explore the 836 Series of Inert Gas Fusion elemental analyzers, to determine oxygen, nitrogen, and hydrogen in inorganic samples. Models include: ONH836 (Oxygen, Nitrogen, and Hydrogen); ON836 (Oxygen, Nitrogen); OH836 (Oxygen, Hydrogen); NH836 (N...
Determination of carbon and nitrogen in construction materials plays an important role in maintaining quality and durability of these products. This webinar will focus on this application using both the LECO CN928 and the C832. Data will be presen...
Carbon and nitrogen are two of the primary nutrients of vital importance to the physiology of plants. Carbon content in soil plays in important role in the growth and development of plants. Plant foods or fertilizers with blends of multiple plant ...
Carbon, hydrogen, and nitrogen determination is a key component of the ultimate analysis of coal, offering insight into material characterization, energy balance calculations, and emissions potential. These CHN values also help assess reactivity f...
Carbon, hydrogen, and nitrogen determination plays a key role in the ultimate analysis of hydrocarbon materials, supporting material and energy balance calculations, efficiency assessments, and emissions estimations for fuel applications. CHN resu...
The LECO CHN828 Carbon, Hydrogen, and Nitrogen determinator supports the accurate analysis of solid biomass fuels. Determining CHN content helps characterize biomass composition, enabling researchers and energy producers to calculate material and ...