HPLC Gas Chromatograph (GLPC/GC) Mass Spectrometry Analysis Machine
USD $5,800 - $22,000 /Set
Min.Order:1 Set
Dongguan Haida Equipment Co., Ltd.
Hplc Gas Chromatograph (Glpc/Gc) Mass Spectrometry Analysis Machine
Order process | |
We offer below business term | |
Accepted Delivery Terms | FOB, CFR, CIF, EXW, DDP |
Accepted Payment Currency | USD, EUR, HKD, CNY |
Accepted Payment Type | T/T, L/C, Credit Card, PayPal, Western Union, Cash, Escrow |
Nearest Port | Shenzhen, Guangzhou, Shanghai, Qingdao, Tianjing or rquired |
Gas Chromatograph Introduction:
hplc Gas Chromatograph (GLPC/GC) mass spectrometry analysis machine is used for quantitative and qualitative analysis to determine the physical and chemical constants such as the distribution coefficient, activity coefficient, molecular weight and surface area of the sample in the fixed phase. An instrument for analyzing the components of a mixed gas.
Application industry:
1. Analysis of dissolved gas in transformer oil;
2. Analysis of ethylene oxide in medical devices.
3. Analysis of coke oven gas;
4. Pesticide residue analysis;
Alcohol analysis in blood; 5.
6. Analysis of natural gas and liquefied gas;
7. Indoor environment TVOC analysis;
8. Analysis of liquor components;
9. High purity gas analysis;
10. Detection of solvent residue of packaging materials.
Supporting products:
Headspace injector, gas generator, gas purifier, thermal analyzer, pyrolyzer, etc.
Technical indicators:
Column temperature box |
|
The chamber size |
28×30×18cm |
Temperature range |
Room temperature is 5 ~ 450 ℃ |
Temperature setting |
1 ℃;Programmed heating rate 0.1 ℃ |
Maximum heating rate |
120℃/ min |
Temperature stability |
When the environmental temperature change 1 ℃, 0.01 ℃ |
Temperature programmed |
Seventh order heating |
Operation column loss compensation (dual channel) |
|
Inlets |
|
S/SL (split/splitless) injector,On-column inlet,PTV injector,gas source inlet or gas switching valve,P/T (Purge-and-Trap) system,solid phase microextraction |
|
Flame Ionization detector (FID) |
|
Maximum operating temperature |
400℃ |
Detection limit |
≤5×10-12g/s [n-C16] |
Drift |
≤5×10-13A/30min |
The noise |
≤2×10-13A |
Dynamic linear range |
≥107 |
Thermal Conductivity detector (TCD) |
|
Maximum operating temperature |
400℃ |
The sensitivity |
≥10000mv.ml/mg [n-C16] |
Drift |
≤100μV/30min |
The noise |
≤2×10-13A |
Dynamic linear range |
≥104 |
Flame photometric detector (FPD) |
|
Maximum operating temperature |
250℃ |
Detection limit |
≤2x10-13 gs(P),≤5x10-11g/s(S) |
Dynamic linear range |
≥103(P),≥102(S) |
The noise |
≤2×10-12A |
Drift |
≤4x10-11A/30min |
Electron capture detector (ECD) |
|
Maximum operating temperature |
350℃ |
Detection limit |
≤1x10-14g/ml(y-666) |
Dynamic linear range |
≥104 |
The noise |
≤20μA |
Drift |
≤50μV/30min |
Nitrogen–phosphorus detector (NPD) |
|
Maximum operating temperature |
400℃ |
Detection limit |
≤5x10-13 gs(P),≤1x10-12g/s(N) |
Dynamic linear range |
≥103(P),≥103(N) |
The noise |
≤4×10-13A |
Drift |
≤2.5x10-12A/30min |
Photoionization detector (PDHID) |
|
Detection limit |
≤5ppb |
Optional configuration |
|
The control software |
Automatic sampler B6891N. |
Gas Chromatograph Machine View: