Sniper Insecticide 1000 Ec 77.5 Ec Ddvp Bed Bug Killer 100ml for The French Market

Product Description

Packing--Providing customized package to meets customers various requirements
Package Standard :
Liquid :
Retail packing: 100ml/250ml/500ml/1000ml per bottle,9.6L/10L per carton.
All our package materials are strong and durable enough for long distance transportation.
 

The TOP Popular Insecticides
No.	Name	Content	Formulation	CAS Number	Class
51	Thiocyclam	50%	SP	31895-22-4	Nereistoxin
52	Pymetrozine	25%	WP	123312-89-0	Pyridin e
53	Tebufenozide	20%	SC	112410-23-8	Diacylhydrazine
54	Methoxyfenozide	24%	SC	161050-58-4	Diacylhydrazine
55	Chromafenozide	5%	SC	143807-66-3	Diacylhydrazine
56	Novaluron	10%	EC	116714-46-6	Benzoylurea
57	Diflubenzuron	25%	WP	35367-38-5	Benzoylurea
58	Flufenoxuron	10%	DC	101463-69-8	Benzoylurea
59	Hexaflumuron	5%	EC	86479-06-3	Benzoylurea
60	Triflumuron	25%	WP	64628-44-0	Benzoylurea
61	Pyridaben	20%	WP	96489-71-3	Pyridazinone
62	Fenpyroximate	5%	EC	134098-61-6	Pyrazole
63	Tebufenpyrad	20%	WP	119168-77-3	Pyrazole
64	Fenazaquin	10%	EC	120928-09-8	Quinazoline
65	Bifenazate	24%	SC	149877-41-8	Carbazate
66	Clofentezine	50%	SC	74115-24-5	Tetrazine
67	Cyflumetofen	20%	SC	400882-07-7	Beta-ketoenitrile
68	Cyenopyrafen	15%	SC	560121-52-0	Pyrazole
69	Propargite	57%	EC	2312-35-8	Sulfite ester
70	Acequinocyl	15%	SC	57960-19-7	Naphthoquinone
71	Amitraz	20%	EC	33089-61-1	Formamidine
72	Chlorfenapyr	10%	SC	122453-73-0	Pyrrole
73	Pyridalyl	10%	EC	179101-81-6	Unclassified
74	Fluacrypyrim	50%	WG	229245-19-6	Pyrimidine
75	Cyromazine	75%	WP	66215-27-8	Triazine
76	Triflumezopyrim	10%	SC	1263133-33-0	Mesoionic
77	Afidopyropen	17%	DC	915972-17-7	Pyropene
78	Flupyradifurone	17%	SL	951659-40-8	Butenolide
79	Tioxazafen	50%	SC	1222148-44-4	Isoxazoline
80	Broflanilide	4%	SC	1207727-04-5	Meta-diamide
81	Tetraniliprole	18.50%	SC	1229654-66-3	Diamide
82	Cyclaniliprole	10%	SC	1031756-98-5	Diamide
83	Fenpropimorph	75%	EC	67564-91-4	Morpholin e
84	Pyraclostrobin	25%	WG	175013-18-0	Strobilurin
85	Azoxystrobin	25%	SC	131860-33-8	Strobilurin
86	Kasugamycin	2%	SL	6980-18-3	Antibiotic
87	Validamycin	3%	SL	37248-47-8	Antibiotic
88	Ningnanmycin	8%	AS	5608-75-3	Antibiotic
89	Matrine	0.30%	SL	519-02-8	Botanical
90	Azadirachtin	0.30%	EC	11141-17-6	Botanical
91	Rotenone	2.50%	EC	83-79-4	Botanical
92	Pyrethrins	2%	EC	8003-34-7	Botanical
93	Bacillus thuringiensis	16000 IU/mg	WP	68038-71-1	Biological
94	Paecilomyces lilacinus	100B CFU/g	WP	N/A	Biological
95	Beauveria bassiana	10B CFU/g	WP	N/A	Biological
96	Metarhizium anisopliae	10B CFU/g	WP	N/A	Biological
97	Nuclear Polyhedrosis Virus	1E10 PIB/g	SC	N/A	Biological
98	Granulosis Virus	1E10 OB/g	SC	N/A	Biological
99	Chlorantraniliprole+Abamectin	17%+3%	SC	Mixture	Mixture
100	Lambda-Cyhalothrin+Thiamethoxa m	10.6%+14.1%	SC	Mixture	Mixture

How long is the shelf life of agrochemical? Will the shelf life of the products be affected under different storage conditions?

Generally, the shelf life of agrochemical is 2-3 years. However, the shelf life varies for different types of agrochemical. The following is a detailed introduction and how storage conditions affect the shelf life:
- Shelf Life of Different Types of Agrochemical

   -Chemical Agrochemical: Most chemically synthesized agrochemical, such as organophosphorus and pyrethroids, usually have a shelf life of 2-3 years under normal packaging and storage conditions. But some highly stable fungicides, like chlorothalonil, may have a shelf life of 3-5 years.
   -Biological Agrochemical: Biological agrochemical include microbial agrochemical, plant-derived agrochemical, and animal-derived agrochemical. For microbial agrochemical like Bacillus thuringiensis, since their active ingredient is living microorganisms, the shelf life is relatively short, generally 1-2 years. Plant-derived agrochemical such as matrine usually have a shelf life of about 1.5-2 years.


- Impact of Storage Conditions on Shelf Life
   -Temperature: Excessively high temperatures can accelerate the decomposition and deterioration of agrochemical. For example, if some agrochemical are stored for a long time in an environment above 30°C, their active ingredients may degrade rapidly, shortening the shelf life. When the temperature is too low, such as below 0°C, some agrochemical may experience crystallization, precipitation, etc., affecting the efficacy and also the shelf life.
   -Humidity: A high-humidity environment can easily cause the agrochemical packaging to get damp. For some powder agrochemical, they will agglomerate after getting damp, which not only affects the use but also accelerates the deterioration process, shortening the shelf life. For emulsifiable concentrate agrochemical, in a high-humidity environment, hydrolysis reactions may occur, reducing the efficacy and shortening the shelf life.
   -Light: Many agrochemical are sensitive to light, especially some agrochemical containing photosensitive components, such as phoxim. They will decompose rapidly under light. Therefore, if agrochemical are exposed to sunlight for a long time, their shelf life will be greatly shortened.
   -Storage Method: agrochemical should be stored separately from other chemicals and food to avoid cross-contamination and chemical reactions. If agrochemical are stored together with alkaline substances, some acidic agrochemical may undergo neutralization reactions, leading to failure and severely shortening the shelf life.