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New Series IV - FID
Signal solar FID uses hydrogen and air combustion to generate flame as the energy source. When organic compounds enter the flame, due to the ionization reaction, they generate ions several orders of magnitude higher than the base flow. Unde...
View Details -
New Series IV - FID
Signal solar FID uses hydrogen and air combustion to generate flame as the energy source. When organic compounds enter the flame, due to the ionization reaction, they generate ions several orders of magnitude higher than the base flow. Unde...
View Details -
New Series IV - FID
Signal solar FID uses hydrogen and air combustion to generate flame as the energy source. When organic compounds enter the flame, due to the ionization reaction, they generate ions several orders of magnitude higher than the base flow. Unde...
View Details -
New Series IV - FID
Signal solar FID uses hydrogen and air combustion to generate flame as the energy source. When organic compounds enter the flame, due to the ionization reaction, they generate ions several orders of magnitude higher than the base flow. Unde...
View Details -
New Series IV - FID
Signal solar FID uses hydrogen and air combustion to generate flame as the energy source. When organic compounds enter the flame, due to the ionization reaction, they generate ions several orders of magnitude higher than the base flow. Unde...
View Details -
New Series IV - FID
Signal solar FID uses hydrogen and air combustion to generate flame as the energy source. When organic compounds enter the flame, due to the ionization reaction, they generate ions several orders of magnitude higher than the base flow. Unde...
View Details -
New Portable - Model 3200
The model 3200 portable chromatographic system combines the gas chromatograph based on GC-FID technology, industrial computer and high-resolution chromatographic column to achieve the highest sensitivity and fastest analysis of gas samples....
View Details -
New Portable - Model 3200
The model 3200 portable chromatographic system combines the gas chromatograph ba
View Detailssed on GC-FID technology industrial computer and high-resolution chromatographic column to achieve the highest sensitivity and fastest analysis of gas samples....
