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BALLYA Tobacco Test

Ballya-mycotoxin-testBALLYA Tobacco Test

What is BALLYA Tobacco Test?

BALLYA Tobacco Test include 3 types detection methods: Colloidal gold immunochromatography, Immunofluorescence chromatography and ELISA. There are quantitative and qualitative format rapid test, easy to operate, shortern assay time, reliable detection result. The BALLYA Tobacco Test frequently use in enterprise, tobacco precessing plant, tobacco supply chain, tobacco processing factory, tobacco transportation, custom, etc.

BALLYA Tobacco Test for virus:

Vir-Check Test Series include:

Tobacco mosaic virus Test (TMV)Cucumber mosaic virus Test (CMV)Tobacco etch virus (TEV)
Potato virus Y (PVY)

BALLYA Tobacco Test for pesticide residues:

PestQuick Test Series include:

Carbendazim TestChlorothalonil TestTriazophos Test
Parathion methyl TestFenitrothion TestImidacloprid Test
Chlorpyrifos TestCarbaryl TestThiamethoxam Test
Acetochlor TestAcetamiprid TestClothianidin Test
Carbofuran TestAldicarb TestIprodione Test
Isoprocorb TestFenpropathrin Test4-Chlorophenoxyaceticacid Test
Paraquat TestPicoxystrobin Test2,4,5-trichlorophenoxyacetic acid Test
Pyrimethanil TestGibberellin TestN-(Phenylmethyl)-9H-purin-6-amine Test
Metalaxyl Test

BALLYA Tobacco Test for heavy metal contaminated:

HM Quick Test Series include:

Cadmium Test
Lead Test
HG Test
Copper Test
Chromium Test

Why need BALLYA Tobacco Test?

In order to improve the efficiency of agricultural tobacco production and ensure the quality of tobacco purchased by consumers, tobacco quality inspection must be done. Carbon monoxide, nicotine, tar, etc. are all important indicators for inspection. If traditional inspection equipment is used, its volume is large and does not have good adaptability. Therefore, 24-hour inspection cannot be performed at the tobacco production site. In response to this situation, It is necessary to establish a set of real-time, highly automated comprehensive detection system, improve detection efficiency, and achieve timely feedback of measurement results, which can be measured by the gas and tobacco detection system detected by BALLYA Tobacco Test.

(1) The harm of tobacco

Tobacco smoke contains a variety of harmful substances that can affect human reproduction and development. Smoking can damage genetic material and adversely affect the endocrine system, fallopian tube function, placental function, immune function, the cardiovascular system of pregnant women and fetuses, and the development of fetal tissues and organs. Numerous studies have shown that smoking in women can reduce the chance of conception, leading to placenta previa, placental abruption, fetal growth restriction, lower birth weight, and sudden infant death syndrome. In addition, some studies suggest that smoking can also cause erectile dysfunction, ectopic pregnancy and spontaneous abortion. Smoking can lead to type 2 diabetes, and can increase the risk of macrovascular and microvascular complications in diabetic patients, and affect the prognosis of the disease. In addition, smoking can also cause hip fractures, periodontitis, cataracts, poor healing of surgical wounds, postoperative respiratory complications, skin aging, absenteeism due to illness, and increased medical costs. Smoking in people infected with Helicobacter pylori can significantly increase the risk of peptic ulcers. In addition, there are studies suggesting that smoking can cause dementia.

(2) Sources of tobacco pollution

Heavy metal pollution is definitely not a new word. There are still heavy metals in the vegetables we eat, all of which come from the soil. The soil originally contains a certain amount of heavy metals, but the amount is very small. There are really many heavy metals that follow sewage and urban waste into the soil. They are mainly behind the soil layer above 40 cm. They are not easy to transfer and are not easy to be decomposed by microorganisms.

The content of cadmium, nickel, lead and other heavy metal elements in tobacco leaves is negatively correlated with the PH value, so the more acid the soil, the more heavy metal content. A large amount of sulfur-containing coal is burned in our country, acid rain is increasing, and the soil is naturally affected.

Tobacco may also introduce heavy metal contaminants in the process of processing, for example, flavors and spices are used in the process of processing, and there may be mechanical contact. In addition, different processing techniques will also affect the final content of heavy metals in finished tobacco. Studies have shown that the content of heavy metals in tobacco from different origins and different brands is different: from the analysis of tobacco grades, low-grade tobacco contains high heavy metal ratios and medium-grade high In terms of tobacco type, flue-cured tobacco type has lower heavy metal content than outer flavor type. The reasons for these differences may be related to the formula and production process of tobacco, in addition to the place of origin of the raw materials, the environment, the quality of the tobacco leaves and the drying method.

(3) The basic method to solve tobacco quality problems.

The arbitrariness of tobacco farmers to understand and implement tobacco leaf production technical standards by scattered planting is an important reason for the uneven quality of tobacco leaves across the country. Through the construction of high-quality tobacco raw material bases in industrial enterprises, vigorously promote large-scale planting and specialized production, adjust or improve production conditions and organize the implementation of the whole process in accordance with the requirements of tobacco industry enterprises on the variety, sensory quality, appearance and quality of tobacco leaf, All-round, full coverage of standardized operations and standardized production, analyze, test, and rank tobacco leaves produced under different ecological conditions, conduct comprehensive quality evaluation, strengthen quality control management measures, and solve the differences in production conditions and the random operation and management Sexual issues.

Where to buy BALLYA Tobacco Test?

Contact local representative, or send email to
Tobacco Test

Significance of BALLYA Tobacco Test

As an important technical support for tobacco test, tobacco test work plays a very important role in accurately judging tobacco quality and effectively preventing tobacco quality risks, and is an important technical means to ensure tobacco safety. Strengthening the construction of tobacco test, and comprehensively improving tobacco test capabilities, is of great significance to ensuring tobacco safety.
The construction of the tobacco test must be based on a comprehensive understanding of the current status of the national tobacco test system, strengthen the top-level design, clarify the function positioning, improve the system, strengthen capacity building, and strive to establish a unified, authoritative and efficient inspection and testing technology support system.


Tobacco test is a very important method for tobacco manufacturers to monitor the quality of raw materials and finished products. BALLYA Tobacco Test provide 3 series rapid test for detection the harmful materials residues in tobacco.

List of typical residue rapid detection products

NameTypeQualitative Dection LimitQuantitative Detection Range
Carbendazim Testcassette0.1ppm0.05-10ppm
Carbofuran Testcassette20ppm10-200ppm
Chlorpyrifos Testcassette0.26ppm0.125-25ppm
Chlorothalonil Testcassette0.2ppm0.1-20ppm
Triazophos Testcassette0.1ppm0.05-10ppm
Carbaryl Testcassette1ppm0.5-100ppm
Fenpropathrin Testcassette1ppm0.5-100ppm
Acetamiprid Testcassette0.1ppm0.5-10ppm
Imidacloprid Testcassette0.05ppm0.025-5ppm
Metalaxyl Testcassette0.1ppm0.05-10ppm
Metolachlor Testcassette1ppm0.5-100ppm
Alachlor Testcassette0.5ppm0.25-50ppm
Acetochlor Testcassette0.5ppm0.25-50ppm
Triadimefon Testcassette0.5ppm0.25-50ppm
Iprodione Testcassette1ppm0.5-100ppm
Maleic Hydrazide Testcassette80ppm40-8000ppm
Quinclorac Testcassette0.8ppm0.4-80ppm
Pendimethalin Testcassette5ppm2.5-500ppm
Butralin Testcassette2ppm1-200ppm
Flumexamine Testcassette1ppm0.5-100ppm
Methomyl Testcassette0.03ppm0.015-3ppm
Pendimethalin (high sensitivity) Testcassette0.01ppm0.005-1ppm
Propamocarb Testcassette0.1ppm0.05-10ppm
Carbosulfan Testcassette0.01ppm0.005-1ppm
Cypermethrin Testcassette0.1ppm0.05-10ppm
Metidaxyl Testcassette0.01ppm0.005-1ppm

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