Anhui Alcohol Plasticizer Gas Chromatography Manufacturer

Plasticizer Detection Gas Chromatography AnalyzerJinan Jingce Instrument Co., Ltd. has absorbed the renowned chromatography instrument structures and analytical methods, and independently innovated and developed the GC-9800 Alcohol Plasticizer Detection Gas Chromatography Instrument in accordance with the national standard "Determination of Phthalates in Food" (GB/T 21911-2008). This instrument has a significant position in the domestic chromatography field for the analysis and detection of plasticizers—phthalate esters (titanate) in alcohol.
 

Phthalate (phthalate esters) issues have become a hot topic in the Chinese liquor industry. Comprehensive testing of a large number of liquor products across the nation has revealed that most contain phthalate components, with levels ranging from 2.32mg/kg (approximately 8 times over the national limit) to 0.495mg/kg (about 1.7 times over the limit), with an average of 0.537mg/kg (about 2 times over the limit). High-end liquors tend to have higher levels, while lower-end ones have lower levels. Phthalates, also known as plasticizers, are widely used industrial additives for high molecular materials. Adding this substance to plastic processing enhances flexibility and ease of processing, making it legally applicable for industrial use. Starting from May 2011, six types of phthalate esters (DEHP, DINP, DNOP, DBP, DMP, DEP) were detected in Taiwan's food products, with DIDP also found. Since then, the "shadow" effect of phthalates has continued to spread. After numerous cases of excessive phthalates in beverages, liquors, convenience foods, and other items were exposed, the harmful impact has caused many to fear the use of plastics. Excessive phthalates in food can pose severe health risks, leading to endocrine disruption, increased liver and kidney burden, chronic damage to the system and digestive system, and in severe cases, liver cancer. Their toxicity is 20 times that of melamine. On June 1st of last year, the Ministry of Health issued an urgent announcement, listing phthalate esters (also known as phthalates) as potentially illegal additives and easily misused food additives in food products.

One、Plasticizer Detection Gas ChromatographPerformance Features:
 

1. A friendly human-machine dialogue interface makes your operation simpler.
 

2. Divert/Non-divert sample system for flexible and convenient analysis.
 

3. Equipped with a dual-valve control system for easy online automatic sampling.
 

4. The high-precision EFC (flow) system makes your flow easy to see and allows for more accurate gas flow setting.
 

5. A comprehensive testing and fault diagnosis system that allows you to quickly identify and resolve issues with the equipment.
 

6. Broader temperature control range: environmental temperature from +5℃ to 450℃, expanding the sample analysis range.
 

7. Compatible with HP-2013 Gas Chromatography Instrument's Miniature TCD Detector for full integration.
 

8. A unique gas-cutting protection system, which maximizes the prevention of damage to the detector and chromatographic column.
 

9. The column oven can be equipped with an ultra-low temperature control system, capable of maintaining temperatures as low as -80°C, catering to your needs for analyzing low-boiling point substances.
 

10. The inter-column compensation circuit ensures electronic compensation for baseline drift during the program's temperature ramping, reducing complexity introduced by the second column, detector, and auxiliary flow system. Two single-column compensation channels can be installed simultaneously.
 

Section 2: Temperature Control Specifications:
 

1) Column Oven: Room temperature +5℃-450℃; Precision: 0.1℃; Display accuracy up to 0.01℃
 

Sampler: Operating temperature +5℃-450℃; Precision: 0.1℃; Display accuracy up to 0.01℃
 

Detector: Operating temperature +5℃-450℃; Accuracy: 0.1℃; Display accuracy up to 0.01℃
 

4) Column Oven Volume: 248*248*260MM
 

5) Program升温 Steps: Three-Stage Linear Ramp
 

Section 3: Detector Technical Specifications:
 

Hydrogen Flame Ionization Detector (FID): Cylinder-shaped collector electrode structure design, quartz nozzle, with extremely high response.
 

Detection Limit: ≤8×10^-12g/s (n-hexadecane/iso-octane)
 

Baseline Noise: ≤ 6×10^-12 A/H
 

Baseline Drift: ≤2×10^-12A/30min
 

Linear: ≥106
 

Automatic Ignition
 

Stable Time: Ten Minutes