EVER STAR INDUSTRIES CO., LTD

2007-10-31

Ever Star Industries Co., Ltd. manufacturer and exporter in metallurgy industry, founded in 1992.
Our company began from trading in both domestic and worldwide market. The primary product lines are focused on the rare metal. Since 1998 we began to do the raw material for steel making, especially for stainless steel and silicon steel.
By timely service, high quality products and competitive prices we won great reputation among clients worldwide, and established long and stable cooperation with the world top steel company.
Ever Star has their own plants: Titanium sponge, sf6 gas, ferro-alloys, cored wire….also set up close cooperation relationship with many big enterprises in China, supply each other needed material.
Meanwhile, Ever Star has two subsidiary companies working on the different products: farm produce and gym products.
Strong service and cooperative team is necessary in the head office to improve future and current business. Here is our technical team: management 38persons; engineer 26persons.
Guaranteed good reputation on credit and high quality in all the time, Ever Star grows fast with more and more plants and worldwide customers.

Contact Us

Address: Room 901-904,Block C,TianAn International BLDG, South Renmin Road,Shenzhen,Guangdong,China.
Zip: 518000
Tel: 0086-755-8219 2677 / 0086-755-6162 9086
Fax: 0086-755-8219 0759
Person: GOGO
E_mail;
Website: http://www.chemical-es.com

Herbicides-Thifensulfuron

2009-12-2 10:59:51

Thifensulfuron

CAS NO	79277-27-3
General name	Thifensulfuron-Methyl
Structural formula	-nbsp;
Properties	white crystal , Melting point 176
Object	soybean , maize
Formulation	95%TC,15%,25%WP,75%WG,75%DF

25KG/DRUM. for needs

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【Chemical name】-nbsp;3-[[[[(4-methoxy-6-methyl-1,3,5-triazin-2-yl)amino]carbonyl]amino]sulfonyl]-2-thiophenecarboxylic acid

【Molecular weight】373.4
【Molecular formular】C₁₁H₁₁N₅O₆S₂

【Molecular structure】

【Mode of action】-nbsp;Post-emergence, selective herbicide acting primarily through foliar uptake with little or no soil activity
【Uses】Selective control of a wide range of annual weeds in cereals, maize and pasture.
【Physical chemistry】 Form-nbsp;Off-white solid, with no odour. M.p.-nbsp;176 -deg;C; (tech., 171.1 -deg;C) V.p.-nbsp;1.7 -times; 10^-5 mPa (25 -deg;C) (Knudsen method) K_ow-nbsp;logP = 1.06 (pH 5), 0.02 (pH 7), 0.0079 (pH 9) Henry-nbsp;9.7 -times; 10^-16 Pa m³ mol^-1 (pH 7, 25 -deg;C) S.g./density-nbsp;1.580 (20 -deg;C) Solubility-nbsp;In water 223 (pH 5), 2240 (pH 7), 8830 (pH 9) (all in mg/l, 25 -deg;C). In hexane <0.1, o-xylene 0.212, ethyl acetate 3.3, methanol 2.8, acetonitrile 7.7, acetone 10.3, dichloromethane 23.8 (all in g/l, 25 -deg;C). Stability-nbsp;Aqueous hydrolysis DT₅₀ 4-6 d (pH 5), 180 d (pH 7), 90 d (pH 9) (all 25 -deg;C). pKa-nbsp;4.0 (25 -deg;C)

Herbicides-Clethodim

2009-12-2 10:59:51

Clethodim-nbsp; is pale yellow liqid.it is control of annual and perennial broad-leaved veeds ,sedges and barnyard grassed in soybean ,rape ,cotton ,beet ,peanut ,cucumber and orchard.

95% TC and 24% EC

-nbsp;

【chemical name】(E,E)-1-`(-plusmn;)-2-[1-[[(3-chloro-2-propenyl)oxy]imino]propyl]-5

-[2-(ethylthio)=propyl]-3-hydroxy-2-cyclohexen-1-one

【Molecular weight】359.9

【Molecular formular】C₁₇H₂₆CIN0₃S

【Molecular structure】

-nbsp;

【Mode of action】Selective systemic herbicide. Rapidly absorbed and readily

Translocated from treated foliage to the root system and growing parts of the

Plant.

【Uses】Post -ndash;emergence control of annual and perennial grasses, at 60-240 g/ha, in a wide range of broad-leaved crops, vegetable crops , trees and vines. To be

Used with a non-phytotoxic crop oil concerntrate.

【Physical chemistry】Form: Clear,amber liquid.B.p. Decomposes below boiling point.

Vapour pressure:<1-times;10^-2 mPa(20℃) .S.g./density:1.14(20℃). Solubility: In water 33 mg/l -nbsp;(pH 7, 22℃ ). In acetate 24, acetone 31,Solubility -nbsp;Soluble in most

organic solvents.Stability Aqueous hydrolysis DT₅₀ 28 d (pH 7) 310 d(pH 9), Aque

ous, photolytic DT₅₀1.7-9.6 d, 0.5-1.2d(with photosensitiser)

-nbsp;

【Mammalian toxicology】 Oral Acute oral LD50 for rats 1630,femal rats 1360,male rats 2570, female -nbsp;mice 2430 mg/kg. Skin and eye Acute percutaneous LD₅₀for rabbits>5000mg/kg, Moderate skin irritant (rabbits) Not a skin sensitizer (guinea

Pigs)Inhalation LC₅₀(4h) for rats >3.9 mg/l NOEL (2y) for mice 30, -nbsp;rats 16, dogs 1 mg/kg diet (0.5mg/kgs daily) for dogs 150mg/kg diet (3.75mg/kg daily) for mice

10mg/kg daily.. ADI(JMPR) 0.01mg/kg b.w.0.16 mh/kh(Canada) 0.01mg/kg(USA) Toxicity Class WHO (a.i.)III -nbsp;EPA (formulation) III

-nbsp;

【Ecotoxicology】Birds Acute oral LD₅₀ for bob white quail to> 2000mg/kg Dietary LC₅₀for mallard ducks >6000mg/kg-nbsp; Fish LC₅₀(96 h) for rainbow trout 67, bluegill sunfish

>120mg/lDaphnia LC₅₀(48 h)> 120 mg/l; NOEC 60mg/l.. Algae EC₅₀(5 d) for fresh-water

Algae 57.8mg/l. Bees LD₅₀(contract)〉100-micro;g/bee;(contact).Worms LC₅₀ for 454mg/kg soil

NOEL 316 mg/kg soil.

Herbicides-Glyphosate

2009-12-2 10:59:51

Glyphosate:

95PCT
ALFA SAIGON
Non-selective systemic herbicide, absorbed by the foliage, with rapid
translocation throughout the plant. Inactivated on contact with soil. Control
of annual and perennial grasses and broad-leaved weeds, pre-harvest,
post-planting / pre-emergence and in stubble, in cereals, peas, beans,
oilseed rape, flax and mustard.

Packing:
250kg/plastic drum, 20L/rattan box
Formulation: 62% IPA salt, 48% IPA salt, 95% TECH

PP Woven bag-PP woven bag

2009-12-2 10:59:51

PP woven bag is-nbsp; used for package of rice,sugar,flour,cement,fertilizer and so on.

1)Material: 100% new pp resin.

2)Width:50CM.

3)Length:78CM (or at buyer's option).

4)Weight:64g per pc finished bag.

5)Wave:12x12 (or at buyer's option).

6)Top:heat cut,hemmed,welding point,or as buyer requested.

7)Bottom:single folded or double folded,single stitch or double stitch sewing.

8)Printing: one color or multi color printing at one side or both sides.

9)Coating: as buyer requested.

10)Packaging:

-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 3787pcs per roll, 4 rolls in one bag.

-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Each roll in one PE bag.

-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Roll size:H50cmxDia 120cm, Roll N.W.:250kgs, G.W.:251kgs.

-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Axex size:OD 11cm.

-nbsp;

PP Woven bag-PP woven bag

2009-12-2 10:59:51

PP woven bag is-nbsp; used for package of rice,sugar,flour,cement,fertilizer and so on.

1)Material: 100% new pp resin.

2)Width:30-75CM.

3)Length:at buyer's option.

4)Weight:60g/square meter at least.

5)Wave:10x10,11x11,12x12.

6)Yarn:800D or 1000D or at buyer's request.

7)UV treated or as buyer -nbsp;requested.

8)Liners:at buyer's option.

9)Top:heat cut,hemmed,welding point,or as buyer requested.

10)Bottom:single folded or double folded,single stitch or double stitch sewing.

11)Printing: one color or multi color printing at one side or both sides.

12)Coating: as buyer requested.

13)Packaging:at buyer's request.

-nbsp;

Gas F2-F2(Fluorine)

2009-12-2 10:59:51

Fluorine:
Molecular formula:F2
Relative Molecular Wt: 38.00
CAS Code: 7782-41-4
IMO cargo- Class 2.3 -
UN Number: UN23001

High Purity F2 chemical properties (comes out from production line)

	Everstar QC Limit
F2 % (V/V)	≥99.0
CF4 % (V/V)	≤0.05
Air % (V/V)	≤0.045
HF % (V/V)	＜0.5

Packing method: F2 gas mixed with N2 gas in steel cylider as per working pressure rate (10%:90%,or20% :80%, 30%:70%)

Insecticide-Carbofuran

2009-12-2 10:59:51

Types:
1) 98% carbofuran
2) 3% carbofuran
3) 480g/L SC carbofuran
4) 250g/L SC carbofuran
5) 350g/L FS carbofuran

Packing:
25kg/fibre drum, 50kg/fibre drum, 200L/iron drum

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【Chemical name】2,3-dihydro-2,2-dimethyl-7-benzofuranyl methylcarbamate
【Molecular weight】221.3
【Molecular formular】C12H15NO3
【Molecular structure】

【Mode of action】Systemic,with predominantly contact and stomach action.
【Uses】Control of soil-dwelling and foliar-feeding insects (including wireworms, white grubs, millipedes, symphylids, frit flies, beanseed flies, root flies, flea beetles, weevils, sciarid flies, aphids, thrips, etc.)and nematodes in vegetables, ornamentals, beet, maize, sorghum, sunflowers, oilseed rape,potatoes,alfalfa,peanuts,soya benas, sugar cane, rice, cotton, coffee, cucurbits, tobacco,lavender, citrus, vines, strawberries, bananas, mushrooms, and other crops.
【Physical chemistry】Form:Colourless crystals. Melting point:153-154℃. Vapour pressure: 0.031mPa (20℃) Kow logP=1.52(20℃) S.g./density: 1.18 (20℃) Solubility: In water 320(20℃), 351(25℃) (both in mg/l). In dichloromethane >200, isopropanol 20-50, toluene 10-20(all in g/l, 20℃). Stability: Unstable in alkaline media. Stable in acidic and neutral media. Decomposes >150℃.

【Mmmalian toxicology】 Oral Acute oral LD50 for male and female rats 8, dogs 15, mice 14.4mg/kg. Skin and eye Acute percutaneous LD50 for male and female rats >2000mg/kg.Midlly irritating to skin and eyes(rabbits). Inhalation LC50(4h) for male and female rats 0.075mg/l air(aerosol). NOEL (2y) for rats and mice 20mg/kg diet; (1y) for dogs 10mg/kg diet. ADI(JMPR) 0.002mg/kg b.w.

【Ecotoxicology】Birds Acute oral LD50 for Japanese quail 2.5-5mg/kg. LC50 for Japanese quail 60-240mg(as GR5)/kg. Tech.:LC50 0.7-8mg/kg, depending on species. Fish LC50(96h) for rainbow trout 22-29mg(as GR5)/l, bluegill sunfish 1.75mg(as GR3)/l, golden orfe 107-245mg(as GR5)/l. Tech.: LC50 7.3-362.5ug/l, depending on species. Daphnia LC50(48h) 38.6ug/l.

Insecticide-Bifenthrin

2009-12-2 10:59:51

1) Formulation: 98% TECH, 96% TECH, 10% EC, 5% EC, 2.5% EC
2) Insecticide of contact and stomach action
3) Effectively against broad range of foliar pests, including Coleoptera, diptera,
heteroptera, homoptera, lepidoptera and orthoptera
4) It kills insects on crops including cereals, citrus, cotton, fruit, grapes, ornamentals
and vegetables-nbsp;-nbsp;-nbsp;-nbsp; Packing:25kg/fibre drum, 200L/iron drum

-nbsp;

Gas SF6-Sulphur Hexafluoride

2009-12-2 10:59:51

Gas SF6
Purity :from 99%-99.99%.
IMO cargo-Class 2.2
UN 1080
Below is our factory QC acceptance limit comparation with standard GB/T12022-2006 and IEC376-71 :

Item	GB/T12022-2006	IEC376-71	EVERSTAR QC Limit
SF6 (％)	≥99.9	≥99.8	≥99.9	≥99.99
AIR(％)	≤0.04	≤0.05	≤0.03	≤0.003
CF4 (％)	≤0.04	≤0.05	≤0.03	≤0.003
MOITURE (PPm)	≤5	≤15	≤3	≤1
Acidity (PPm)	≤0.2	≤0.3	≤0.15	≤0.1
Hydrolysable fluoride(HF/PPm)	≤1	≤1	≤0.8	≤0.2
Mineral oil (PPm)	≤4	≤10	≤3	≤1
Toxicity	serum test nontoxic	serum test nontoxic	serum test nontoxic	serum test nontoxic

SF6 Where and How Is SF6 Used?
SF6 is used as an insulating gas in substations, as an insulating and cooling medium in transformers and as an insulating and arc quenching medium in switchgear for high and medium voltage applications. These are all closed systems which are extremely safe and unlikely to leak.
In electrical power systems, high and medium voltage switchgear is required to cut off the power in case of a fault, in order to protect people and equipment. Breakers filled with SF6 are electrically insulating and effectively control arcing.

F6 also is used in other ways. Mixed with argon, it can be used in insulated windows. SF6 is used in the metal industry, for example, when casting magnesium. Eye surgeons use SF6 as a cooling agent in operations. SF6 can also be used as a fire extinguishing agent because it is non-flammable and cooling.
In electrical applications, SF6 is only used in sealed and safe systems which under normal circumstances do not leak gas.
SF6 is collected and recycled if a piece of equipment or a substation needs to be opened.

What Is the Benefit of SF6?
There are two reasons for using SF6 in electrical equipment:
SF6 provides extremely good electrical insulation and very effectively quenches electric arcs. These properties of SF6 make it possible to build electrical equipment and apparatus that are compact, use a small amount of material, are safe and will last a long time. At normal atmospheric pressure, SF6 has a dielectric withstand capability that is 2.5 times better than air. Usually the gas is used at 3-5 times atmospheric pressure and then the dielectric properties are ten times better than for air.
SF6 insulates so well because it is strongly electronegative. This means that the gas molecules catch free electrons and build heavy negative ions, which do not move fast. This is effective against the creation of electron avalanches which may lead to flashovers.
SF6 effectively controls circuit-breaker arcs because it has excellent cooling properties at temperatures (1500-5000 K) at which the arcs extinguish (the gas uses energy when it dissociates and therefore produces a cooling effect).
High-voltage switchgear with SF6 is in principle alone on the market and the volume of medium-voltage switchgear with SF6 is large. Complete gas insulated substations, GIS or RMU, are used where space is restricted or the environment is severe. They are virtually maintenance-free. Electrical equipment filled with SF6 has been in use for about 40 years and the service experience is very good.
SF6 has a very high dielectric withstand capability.
SF6 effectively quenches arcs in circuit breakers.
SF6 apparatus is compact and almost maintenance-free.
SF6 equipment is extremely safe in operation and for users.

Are there Any Alternatives to SF6?
High-voltage circuit breakers filled with SF6 are able to cope with higher unit voltage than any other technique. Therefore, SF6 circuit breakers require fewer breaking units in series than air or oil-filled breakers. SF6 circuit breakers for medium voltage have considerable advantages compared to the alternatives. SF6 substations can be built as totally closed systems which provide the highest levels of operational and user safety.
The designs require only little material; all SF6 apparatus are compact. Compared with electrical apparatus without SF6, the environmental impact is low. Especially if you take into consideration every environmental impact “from the cradle to the grave“, that is, from manufacturing, installation, operation and maintenance all the way to final scrapping (when scrapping equipment , all the SF6 is recovered). So SF6 has many important advantages while currently available alternatives represent a return to older and inferior technology.
Without SF6, we would have a bigger impact on the environment as the alternatives require more space, are less safe and affect the environment more for installers, service personnel and people who live in the area.

Medical Intermediate-SELECTFLUOR FLUORINATING REAGENT

2009-12-2 10:59:51

Selectfluor-nbsp; (SELECTFLUOR FLUORINATING REAGENT)
Molecular formula：C7H14B2ClF9N2
Structural formula:-nbsp;

CAS Code：140681-55-6
Molecular Wt: 354.26
Desc.: White Cystalline Powder
Application:
To be used as a fluidizer / fluorine donor , A derivative of the heterocycle DABCO, its full name is 1-Chloromethyl-4-fluoro-1,4-diazoniabicyclo[2.2.2]octane bis(tetrafluoroborate). This colourless salt was first described in 1992and has since been commercialized for use in organofluorine chemistry to make LIVIAL.
-nbsp;

-nbsp;

Medical Intermediate-NFSi(N-Fluorobenzenesulfonmide)

2009-12-2 10:59:51

NFSi-nbsp; (N-Fluorobenzenesulfonmide)
Molecular formula：C12H10FNO4S2
Structural formula:

CAS Code：133745-75-2
Molecular Wt: 315.35
Application:
To be used as a fluidizer, chemical react to electron-rich aromatic compounds, silyl enol ethers, enol lithium.

As reagent employed in a palladium-catalyzed enantioselective fluorination of t-butoxycarbonyl lactones and lactams.Also used in the electrophilic difluorination of dihalopyridines with butyl lithium and in the direct conversion of alcohols to dibenzenesulfonamides with triphenylphosphine.-nbsp;-nbsp;
-nbsp; Stable, easy-to-handle, crystalline material which readily transfers F+ to enolates and carbanions.

-nbsp;

Herbicides-Trifluralin

2009-12-2 10:59:51

-nbsp;Trifluralin:

Specification: Technical: 95%

Physical and chemical property: Appearance:orange red crystals ,melting point:48.5-49;

vapor pressure:19.7mPa25,the solubility27is: in water1mg/l;in acetone:400g/t, in xylene:580g/l,(k/ow)11800(PH7,25);the 95% trifluralin's melting point is 42,stable when the temperature is below 52high temperature reservoir testhydrolyze when PH3.6 and 9 (52);decompose under the ultraviolet light, in soil isDT/5357-126d.

Toxicity: Acute oral LD50 for rats >5000 mg/kg. Skin and eye: Acute percutaneous LD50>5000 mg/kg (rabbits). Non-irritating to skin; slightly irritating to eyes (rabbits). Inhalation: LC50 (4 h) for rats >4.8 mg/l

-nbsp;

Packing:Technical: 25Kg/carton,EC-amp;SL: 200L/drum, powder formulation: 25kg/bag

-nbsp;

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【Chemical name】2,6-dinitro-N,N-dipropyl-4-(trifluoromethyl)benzenamine

【Molecular weight】335.3
【Molecular formular】C₁₃H₁₆F₃N₃O₄

【Molecular structure】

【Mode of action】Selective soil-herbicide, which acts by entering the seedling in the hypocotyl region. Also inhibits root development.
【Uses】Pre-emergence control of many annual grasses and broad-leaved weeds in brassicas, beans, peas, carrots, parsnips, lettuce, capsicums, tomatoes, artichokes, onions, garlic, vines, strawberries, raspberries, citrus fruit, oilseed rape, peanuts, soya beans, sunflowers, safflowers, ornamentals including trees and shrubs, cotton, sugar beet, sugar cane, amenity grass, and in forestry. Used with linuron or isoproturon for control of annual grasses and broad-leaved weeds in winter cereals. Normally applied pre-planting with soil incorporation, at 0.5-1.0 kg/ha, but post-planting application is also possible for some crops.
【Physical chemistry】 Form-nbsp;Yellow-orange crystals. M.p.-nbsp;48.5-49 -deg;C; (tech., 43-47.5 -deg;C) B.p.-nbsp;96-97 -deg;C/24 Pa V.p.-nbsp;6.1 mPa (25 -deg;C) (EEC A4) K_ow-nbsp;logP = 4.83 (20 -deg;C) (EEC A8) Henry-nbsp;15 Pa m³ mol^-1 (calc.) S.g./density-nbsp;1.36 (22 -deg;C) (EEC A3) Solubility-nbsp;In water 0.184 (pH 5), 0.221 (pH 7), 0.189 (pH 9) (all in mg/l) (EEC A6); tech. 0.343 (pH 5), 0.395 (pH 7), 0.383 (pH 9) (all in mg/l) (EEC A6). In acetone, chloroform, acetonitrile, toluene, ethyl acetate >1000, methanol 33-40, hexane 50-67 (all in g/l, 25 -deg;C). Stability-nbsp;Stable at 52 -deg;C (highest storage temperature tested). Stable to hydrolysis at pH 3, 6 and 9 (52 -deg;C). Decomposed by u.v. irradiation (E. Leitis -amp; D. G. Crosby, J. Agric. Food Chem., 1974, 22, 842). F.p.-nbsp;151 -deg;C (closed cup); tech. 153 -deg;C (open cup) (both Pensky-Martens)

【Mmmalian toxicology】 IARC-nbsp;ref.-nbsp;53 IARC-nbsp;class.-nbsp;3 Oral-nbsp;Acute oral LD₅₀ for rats >5000 mg/kg. Skin-nbsp;and-nbsp;eye-nbsp;Acute percutaneous LD₅₀ for rabbits >5000 mg/kg. Non-irritating to skin; slightly irritating to eyes (rabbits). Inhalation-nbsp;LC₅₀ (4 h) for rats >4.8 mg/l. NOEL-nbsp;In 2 y feeding trials in rats, the only effect at the low dose of 813 mg/kg in diet was the formation of renal calculi. This has been shown to be reversible in a 90 d study in dogs, and a NOEL established at 2.4 mg/kg daily. NOEL in mice was 73 mg/kg daily. ADI-nbsp;0.024 mg/kg. Water-nbsp;GV-nbsp;20 -mu;g/l (TDI 7.5 -mu;g/kg b.w.). Toxicity-nbsp;Class-nbsp;-nbsp;WHO-nbsp;(a.i.)-nbsp;U; EPA-nbsp;(formulation)-nbsp;III, IV EC-nbsp;classification-nbsp;Material containing <0.5 ppm N-nitrosodipropylamine is Xi; R36| R43| N; R50, R53. New draft assignment: R40| R43| N; R50, R53 (concn. dep.)

【Ecotoxicology】Birds-nbsp;Acute oral LD₅₀ for bobwhite quail >2000 mg/kg. Dietary LC₅₀ (5 d) for bobwhite quail and mallard ducks >5000 mg/kg. Fish-nbsp;LC₅₀ (96 h) for young rainbow trout 0.088, young bluegill sunfish 0.089 mg/l. Daphnia-nbsp;LC₅₀ (48 h) 0.245 mg/l; NOEC (21 d) 0.051 mg/l. Algae-nbsp;EC₅₀ (7 d) for Selenastrum capricornutum 12.2 mg/l; NOEC 5.37 mg/l. Other-nbsp;aquatic-nbsp;spp.-nbsp;LD₅₀ (96 h) for grass shrimps (Palaemonetes sp.) 0.64 mg/l. Bees-nbsp;LD₅₀ (oral and contact) >100 -mu;g/bee. Worms-nbsp;LC₅₀ (14 d) >1000 mg/kg dry soil; NOEC (reduced bodyweight) <171 mg/kg.

-nbsp;

Herbicides-Metribuzin

2009-12-2 10:59:51

-nbsp;

Metribuzin

Features:1) Specification: tech, 70WP, 70WDG, 400SC2) Appearance: white powder, off-white powder, global granules, off-white suspension3) A.I content: 95% (min.), 70.0-plusmn;2.5%, 70.0-plusmn;2.5%, 400-plusmn;20g/L4) Water: 1.0% (max.), 2.5% (max.), 2.0% (max.)5) Acidity (as H₂SO₄): 0.2% (max.)6) Acetone insoluble: 1.0% (max.)7) pH value: 7 - 9, 7 - 10, 6 - 78) Wettability: 90s (max.), 60s (max.)9) Suspensibility: 75% (min.), 50% (min.), 90% (min.)10) Wet sieve test (44-mu;m): 98% (min.), 98% (min.), 99% (min.)11) Dispersion degree: 70% (min.)

----------------------

【Chemical name】4-amino-6-(1,1-dimethylethyl)-3-(methylthio)-1,2,4-triazin-5(4H)-one

【Molecular weight】214.3
【Molecular formular】C₈H₁₄N₄OS

【Molecular structure】

【Mode of action】Selective systemic herbicide, absorbed predominantly by the roots, but also by the leaves, with translocation acropetally in the xylem.
【Uses】Pre- and post-emergence control of many grasses and broad-leaved weeds in soya beans, potatoes, tomatoes, sugar cane, alfalfa, asparagus, maize and cereals, at 0.07-1.45 kg/ha. Phytotoxicity-nbsp;Phytotoxic to many crops, including crucifers, cucurbits, lettuce, onions, sugar beet, sunflowers, flax, strawberries, sweet potatoes, and tobacco.
【Physical chemistry】 Form-nbsp;White crystals, with a weak characteristic odour. M.p.-nbsp;126 -deg;C B.p.-nbsp;132 -deg;C/2 Pa. V.p.-nbsp;0.058 mPa (20 -deg;C) K_ow-nbsp;logP = 1.6 (pH 5.6, 20 -deg;C) Henry-nbsp;1 -times; 10^-5 Pa m³ mol^-1 (20 -deg;C, calc.) S.g./density-nbsp;1.26 (20 -deg;C)
Solubility-nbsp;In water 1.05 g/l (20 -deg;C). In dimethyl sulfoxide, acetone, ethyl acetate, dichloromethane, acetonitrile,-nbsp;isopropanol, polyethyleneglycol-nbsp;>250, benzene 220, xylene 60, n-octanol 54-nbsp;(all in g/l, 20 -deg;C). Stability-nbsp;Relatively stable to u.v. irradiation. At 20 -deg;C, stable to dilute acids and alkalis; DT₅₀ (37 -deg;C) 6.7 h (pH 1.2); DT₅₀ (70 -deg;C) 569 h (pH 4), 47 d (pH 7), 191 h (pH 9). Photodecomposition in water is very rapid (DT₅₀ <1 d). On soil surfaces under natural light conditions, DT₅₀ 14-25 d.

【Mmmalian toxicology】 Oral-nbsp;Acute oral LD₅₀ for male rats 510, female rats 322, mice c. 700, guinea pigs c. 250, cats >500 mg/kg. Skin-nbsp;and-nbsp;eye-nbsp;Acute percutaneous LD₅₀ for rats >20 000 mg/kg. Not irritating to skin and eyes (rabbits). Inhalation-nbsp;LC₅₀ (4 h) for rats >0.65 mg/l air (dust). NOEL-nbsp;(2 y) for rats and dogs 100, mice c. 800 mg/kg diet. ADI-nbsp;0.013 mg/kg b.w. Toxicity-nbsp;Class-nbsp;-nbsp;WHO-nbsp;(a.i.)-nbsp;II; EPA-nbsp;(formulation)-nbsp;III EC-nbsp;classification-nbsp;Xn; R22| N; R50, R53 (also draft concn. dep. assignments)

【Ecotoxicology】Birds-nbsp;Acute oral LD₅₀ for bobwhite quail 164, mallard ducks 460-680 mg/kg. Fish-nbsp;LC₅₀ (96 h) for rainbow trout 74.6, golden orfe 141.6, sheepshead minnows 85 mg/l. Daphnia-nbsp;LC₅₀ (48 h) 49.6 mg/l. Algae-nbsp;E_rC₅₀ for Scenedesmus subspicatus 0.021 mg/l. Bees-nbsp;Not toxic to bees; LD₅₀ 35 -mu;g/bee. Worms-nbsp;LC₅₀ for Eisenia foetida 331.8 mg/kg dry soil.

-nbsp;

PP Woven bag-PP Cement Woven bag

2009-12-2 10:59:52

PP cement woven bag

1)Material:100% new PP.

2)Width:30-70cm .

3)Length:at buyer's request.

4)Color:white, yellow, black.

5)Wave:10x10,12x12 or at buyer's option.

6)Yarn:600-1500D,or at buyer's option.

7)Top:heat cut or hemmed.

8)Bottom:single folded or double folded.

9)Printing:single color or multi-color printing on one side or both sides.
-nbsp;

Insecticide-Acephate

2009-12-2 10:59:52

-nbsp;

IGN: acephate
CHEM.NAME: O,S-DIMETHYL-N-ACETYL ammonium thiophosphate
FEATURE: Wide-spectrum, low-poison, long effective period, it has systemic effect, stomach, poisoning, contact poisoning and egg-killing effect.
TARGET PEST: Cabbage aphid, cabbage webworm, diamondback moth, grass leaf roller, rice delphacid, cotton aphid, small cotton measuring worm, cotton boll worm, peach fruit moth, oriental fruit moth, citrus pystershell scale, wheat army worm, maize army worm, oriental tobacco budworm

Packing:50kg/fiber drum, 200L/plastic drum

-nbsp;

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As a contact and systemic insecticide, acephate is effective against alfalfa
loopers, aphids, army worms, bag worms, bean leaf beetles, bean leaf
rollers, black grass bugs, bollworms, budworms, cabbage loopers,
cankerworms, corn earworms, cutworms, diamond back moths, European
corn borers, fire worms, flea hoopers, grasshoppers, green clover worms,
gypsy moths, horn worms, imported cabbage worms, imported fire ants,
lace bugs, leaf miners, leaf hoppers, leaf rollers, lygus, Mexican bean
beetles, Mormon crickets, oak moths, salt marsh caterpillars, soybean
loopers, spanworms, sparganothis, stinkbugs, tent caterpillars,
three-cornered alfalfa hoppers, thrips, tobacco horn worms, velvet bean
caterpillars, webworms and whiteflies.

It is also used for cockroach control (spot treatment only) in residential and
industrial buildings, insect control in forests and on tobacco, and as a golf
course spray, acephate is additionally used to control insects and aphids in ornamentals, where it has a reasonably broad spectrum.

Moreover, cleared for use on beans, cotton, head lettuce, celery, soybeans,
and peppers, it is also utilized for controlling parasites on cattle, goats, hogs,
horses, poultry, and sheep; where tolerances have been set for milk, eggs,
fat, and meat.

Insecticide-Emamectin Benzoate

2009-12-2 10:59:52

60%, 70% TECH, 90% TECH, 5% WDG
Emamectin Features:
1) Formulation: 60%, 70% TECH, 90% TECH, 5% WDG
2) Non-systemic insecticide which penetrates leaf tissues with translaminar
movement
3) For control of lepidoptera on vegetables, brassicas, cotton and pine trees

Packing:
1kg/aluminum bag

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Insecticide-Bromadiolone

2009-12-2 10:59:52

Bromadiolone

98% TECH, 0.005% RB

Package: 25kg/fibre drum, 1kg/aluminium bag.Control of rats and mice (including those resistant to warfarin) in areas containing
stored products, household use, industrial buildings, and other situations.

-------------------------

【Chemical name】
3-[3-(4-rsquo;-bromo[1,1-rsquo;-biphenyl]-4-yl)-3-hydroxy-1-phenylpropyl]-=4-hydroxy-2H-1-benzopyran-2-one
【Molecular weight】527.4
【Molecular formular】C30H23BrO4

【Mode of action】
【Uses】Control of rats and mice (including those resistant to warfarin) in areas containing stored products, household use, industrial buildings, and other situations.
【Physical chemistry】Form-nbsp;Tech. is a yellowish powder. M.p.-nbsp;200-210 -deg;C (mixture of two diastereoisomers) V.p.-nbsp;0.002 mPa (20 -deg;C) K_ow-nbsp;logP = 4.27 Henry-nbsp;5.55 -times; 10^-5 Pa m³ mol^-1 (calc.) S.g./density-nbsp;1.5164 Solubility-nbsp;In water 19 mg/l (20 -deg;C). In dimethylformamide 730, ethyl acetate 25, ethanol 8.2 (all in g/l, 20 -deg;C). Soluble in acetone; slightly soluble in chloroform; practically insoluble in diethyl ether and hexane. Stability-nbsp;Thermally stable below 200 -deg;C. F.p.-nbsp;218 -deg;C
【Mmmalian toxicology】Oral-nbsp;Acute oral LD₅₀ for rats 1.125, mice 1.75, rabbits 1.00, dogs >10.0, cats >25.0 mg/kg. Skin-nbsp;and-nbsp;eye-nbsp;Acute percutaneous LD₅₀ for rabbits 1.71 mg/kg. Inhalation-nbsp;LC₅₀ for male and female rats 0.43 -mu;g/l. NOEL-nbsp;In 90 d feeding trials on rats and dogs, the only effect noted, at 8 -mu;g/kg daily, was reduction in prothrombin rating. Toxicity-nbsp;Class-nbsp;-nbsp;WHO-nbsp;(a.i.)-nbsp;Ia; EPA-nbsp;(formulation)-nbsp;I
【Ecotoxicology】Birds-nbsp;Acute oral LD₅₀ for bobwhite quail 138 mg/kg. LC₅₀ (5 d) for mallard ducks 110 ppm. Fish-nbsp;LC₅₀ (96 h) for rainbow trout 1.4, bluegill sunfish 3.0 mg/l. Daphnia-nbsp;LC₅₀ (48 h) 2.0 mg/l. Bees-nbsp;Not hazardous to bees when used as directed. Worms-nbsp;LC₅₀ >1000 mg/kg.
-nbsp;

-nbsp;

Medical Intermediate-BrF3(Bromine fluoride)

2009-12-2 10:59:52

Bromine fluoride
Molecular formula:BrF3
Relative Molecular Wt: 221.896
CAS Code: 7783-66-6
IMO cargo- Class 2.2 -
UN Number: /
Packing method: Steel Cylinder
Quality Standard:

	Everstar Limit
BrF3 %	≥99.0
BrF3 - releases free bromine	≤0.05

Medical Intermediate-IF5(Lodine Pentafluoride)

2009-12-2 10:59:52

Molecular formula：IF5 (Lodine Pentafluoride)
Relative Molecular Wt: 221.896
CAS Code: 7783-66-6
IMO cargo- Class 2.2 -
UN Number: /
Packing method: Steel Cylinder
Quality Standard:

	Everstar QC Limit
IF5 %	≥99.0
IF7 - releases free iodine	≤0.05

IF5,Lodine Pentafluoride is a fluoride of iodine. It is a colourless or yellow liquid with a density of 3250 kg m−3. It was first synthesized by Henri Moissan in 1891 by burning solid iodine in fluorine gas.[2] This exothermic reaction is still used to produce iodine pentafluoride, although the reaction conditions have been improved.[3][4]
I2 + 5 F2 → 2 IF5
Chemistry
Iodine pentafluoride is a strong fluorination agent and is highly oxidative. It reacts vigorously with water forming hydrofluoric acid.
Primary amines react with iodine pentafluoride forming nitriles after hydrolysis with water.[5]
R-CH2-NH2 → R-CN

Medical Intermediate-NFPY(N-Fluoropyridinium pyridine heptafluorodiborate)

2009-12-2 10:59:52

NFPy-nbsp; (N-Fluoropyridinium pyridine heptafluorodiborate)
Molecular formula：C10 H10 B2 F8 N2
Structural formula:-nbsp;

CAN Code：131307-35-2
Molecular Wt: 331.81
Desc.:Brown Cystalline Powder
Application:
To be used as a fluidizer/fluorinating agent, to make LIVIAL.

N-fluoropyridinium salts have been shown to be stable fluorinating reagents with the ability to fluorinate a variety of organic compounds. For example, T. Umemoto et al., -quot;N-fluoropyridinium Triflate and Its Derivatives: Useful Fluorinating Agents-quot;, Tetrahedron Letters 27(37), 4465 (1986) report that these salts are useful in the fluorination of aromatic compounds and the conversion of enol silyl ethers to alpha-fluoroketones. T. Umemoto et al., -quot;Base-Initiated Reactions of N-fluoropyridinium Salts; A Novel Cyclic Carbene Proposed as a Reactive Species-quot;, Tetrahedron Letters 28(24), 2705 (1987) report that N-fluoropyridinium salts can also be converted in to useful pyridine derivatives such as 2-chloropyridine.

This compound is useful in fluorinating organic compounds including aliphatic compounds such as 1-octyl magnesium bromide and enolate derivatives such as 3-pentanone enol acetate; alicyclic compounds such as 1-morpholino-1-cyclohe-ene, 1-morpholino-1-cyclopentene, 2-carboethoxy cyclopentanone and cyclohexanone trimethyl silyl enol ether; and aromatic compounds such as benzene and anisole.

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Medical Intermediate-Vanadyl Sulfate

2009-12-2 10:59:52

Vanadyl Sulfate
Desc.: Blue Cystalline Powder
VanSo4: -ge;97%
Loss on Drying: -le;50%
Pentavalent Vanadium : -le;0.5%
Substances not precipitated by ammonia : -le;2.0%
Packing: 25kg Cardboard Drum

The main medical functions of the vanadyl sulfate are:

1、To help deliver the nutrition, such as amino acid and glucose, into the muscle cells, to increase the muscle cell size, functioning similarly as the insulin.

2、To promote the synthesis of the proteins.

3、To significantly intensify the physical strength.

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Medical Intermediate-BAST Liquid (Bis-(2-methoxyethyl)aminosulfur trifluoride)

2009-12-2 10:59:52

BAST Liquid (Bis-(2-methoxyethyl)aminosulfur trifluoride)

Molecular formula：C6H14F3NO2S

Structural formula:-nbsp;
Relative Molecular Wt: 221.23
CAN Code: 202289-38-1
Quality Standard:
BAST purity :-ge;90%
-nbsp;

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Our factory has years of experances manufacturing medicine intermediate, now the products range mainly :Liquid IF5 (Lodine Pentafluoride),Liquid BrF3 ,Liquid BAST(Bis-(2-methoxyethyl)aminosulfur trifluoride ),NFSi (N-Fluorobenzensulfonmide),VanSo4(vanadyl Sulfate), SelectFluor (Select Fluor Fluorinating Reagent),etc...

Our factory has years of experances manufacturing medicine intermediate, now the products range mainly :Liquid IF5 (Lodine Pentafluoride),Liquid BrF3 ,Liquid BAST(Bis-(2-methoxyethyl)aminosulfur trifluoride ),NFSi (N-Fluorobenzensulfonmide),VanSo4(vanadyl Sulfate), SelectFluor (Select Fluor Fluorinating Reagent),etc...

Sulphur hexafluoride. SF6 is a gas that is used in electrical power equipment. It is colourless, odourless, non-flammable and chemically stable. This means that at room temperature it does not react with any other substance. Stability comes from the symmetrical arrangement of the six fluorine atoms around the central sulphur atom. And this stability is just what makes the gas useful in electric equipment. SF6 is a very good electrical insulator and can effectively extinguish arcs, which makes high and medium voltage apparatus filled with SF6 highly popular. SF6 can be found in millions of electric apparatus all over the world; electrical equipment containing SF6 is a large export article.
SF6 is formed by a chemical reaction between molten sulphur and fluorine. Fluorine is obtained by the electrolysis of hydrofluoric acid (HF).
Pure SF6 is not poisonous. The gas is not dangerous to inhale, provided the oxygen content is high enough. In principle you can inhale a mixture of 20% oxygen and 80% SF6 without danger. SF6 is about 6 times heavier than air. That means that it may collect in cable ducts or at the bottom of tanks. The gas is not dangerous to inhale but if it does accumulate where people work, there is a risk of suffocation due to the lack of oxygen.

SF6 is a non-flammable gas that is used in electrical apparatus.
SF6 is not poisonous.

Sulphur hexafluoride. SF6 is a gas that is used in electrical power equipment. It is colourless, odourless, non-flammable and chemically stable. This means that at room temperature it does not react with any other substance. Stability comes from the symmetrical arrangement of the six fluorine atoms around the central sulphur atom. And this stability is just what makes the gas useful in electric equipment. SF6 is a very good electrical insulator and can effectively extinguish arcs, which makes high and medium voltage apparatus filled with SF6 highly popular. SF6 can be found in millions of electric apparatus all over the world; electrical equipment containing SF6 is a large export article.
SF6 is formed by a chemical reaction between molten sulphur and fluorine. Fluorine is obtained by the electrolysis of hydrofluoric acid (HF).
Pure SF6 is not poisonous. The gas is not dangerous to inhale, provided the oxygen content is high enough. In principle you can inhale a mixture of 20% oxygen and 80% SF6 without danger. SF6 is about 6 times heavier than air. That means that it may collect in cable ducts or at the bottom of tanks. The gas is not dangerous to inhale but if it does accumulate where people work, there is a risk of suffocation due to the lack of oxygen.

SF6 is a non-flammable gas that is used in electrical apparatus.
SF6 is not poisonous.

Fluorine: Fluorine(F2)is a basic element with the Atomic Number of 9, and Atomic Weight of 18.998. It is found in nature in the mineral know as Fluorspar and in the combined state constitutes about 0.078% of the earths crust. Fluorine is the most reactive element of the Halogens group in the Periodic Chart.

Fluorspar has been used to make other fluorine containing chemical compounds since the 16th century. In the 18th century, sulfuric acid was first used to extract fluorine from fluorspar to make Hydrofluoric Acid. Since that time Hydrofluoric Acid (HF), has been used to be the primary intermediate chemical in processes in making other fluorine containing chemical compounds, including a large variety of fluorocarbon compounds. This chemical conversion process in commonly called Hydrofluorination. There are now several commercial manufacturers and suppliers in the U.S.A. of Anhydrous Hydrofluoric Acid for industrial customers and technical grades for laboratories, etc.

There are a large number recently developed fluorine containing chemical compounds where intermediate fluorine compounds are used in the process to form the new chemical compound. These processes are referred to as Intermediate - Fluorination processes.

Only in the last century has the isolation of pure elemental fluorine gas been commercially available. That process of isolation of Fluorine is by "Electrolytic separation" of Anhydrous Hydrofluoric Acid into Hydrogen Gas and Fluorine Gas(F2). This process occurs in what is called a Fluorine Electrolytic Cell. The Cell contains a molten fluorine salt compound with Hydrofluoric Acid as the electrolyte in the cell. When electrically charged with DC current across the submerged anodes and cathodes in the cell, the Hydrogen gas is released from the cathode and Fluorine Gas is released from the Anode each in separate gas chambers in the cell.

There are a large number of fluorine containing chemical compounds recently developed that can only be formed by processing the base chemical compound with some form of elemental fluorine gas. This chemical process is referred to as Fluorination. Fluorine gas is also used in the process of surface conditioning on various Hydrocarbon plastic containers, etc. for solvent and fuel storage. More recently, pure fluorine gas is being used to surface clean and treat components in the semiconductor industry.

There are several companies in the United States that commercially produce Fluorine gas for customers. Gaseous elemental fluorine stored under pressure has a very high risk level for accidental fires. Compressed gas cylinders of Fluorine Gas are most commonly sold commercially in a mixture with other inert gases in concentrations less that 20% fluorine. For those industries that need pure elemental fluorine in their processes or need large quantities of fluorine, the "safest and most economical method" of obtaining Fluorine gas is to obtain and operate a "Fluorine Gas Generation System", that produces fluorine on demand with very limited surge capacity storage between the generation system and the system that uses the fluorine gas(F2).

Fluorine: Fluorine(F2)is a basic element with the Atomic Number of 9, and Atomic Weight of 18.998. It is found in nature in the mineral know as Fluorspar and in the combined state constitutes about 0.078% of the earths crust. Fluorine is the most reactive element of the Halogens group in the Periodic Chart.

Fluorspar has been used to make other fluorine containing chemical compounds since the 16th century. In the 18th century, sulfuric acid was first used to extract fluorine from fluorspar to make Hydrofluoric Acid. Since that time Hydrofluoric Acid (HF), has been used to be the primary intermediate chemical in processes in making other fluorine containing chemical compounds, including a large variety of fluorocarbon compounds. This chemical conversion process in commonly called Hydrofluorination. There are now several commercial manufacturers and suppliers in the U.S.A. of Anhydrous Hydrofluoric Acid for industrial customers and technical grades for laboratories, etc.

There are a large number recently developed fluorine containing chemical compounds where intermediate fluorine compounds are used in the process to form the new chemical compound. These processes are referred to as Intermediate - Fluorination processes.

Only in the last century has the isolation of pure elemental fluorine gas been commercially available. That process of isolation of Fluorine is by "Electrolytic separation" of Anhydrous Hydrofluoric Acid into Hydrogen Gas and Fluorine Gas(F2). This process occurs in what is called a Fluorine Electrolytic Cell. The Cell contains a molten fluorine salt compound with Hydrofluoric Acid as the electrolyte in the cell. When electrically charged with DC current across the submerged anodes and cathodes in the cell, the Hydrogen gas is released from the cathode and Fluorine Gas is released from the Anode each in separate gas chambers in the cell.

There are a large number of fluorine containing chemical compounds recently developed that can only be formed by processing the base chemical compound with some form of elemental fluorine gas. This chemical process is referred to as Fluorination. Fluorine gas is also used in the process of surface conditioning on various Hydrocarbon plastic containers, etc. for solvent and fuel storage. More recently, pure fluorine gas is being used to surface clean and treat components in the semiconductor industry.

There are several companies in the United States that commercially produce Fluorine gas for customers. Gaseous elemental fluorine stored under pressure has a very high risk level for accidental fires. Compressed gas cylinders of Fluorine Gas are most commonly sold commercially in a mixture with other inert gases in concentrations less that 20% fluorine. For those industries that need pure elemental fluorine in their processes or need large quantities of fluorine, the "safest and most economical method" of obtaining Fluorine gas is to obtain and operate a "Fluorine Gas Generation System", that produces fluorine on demand with very limited surge capacity storage between the generation system and the system that uses the fluorine gas(F2).

Bromadiolone

Emamectin Benzoate

Bifenthrin

Acephate

Carbofuran

Glyphosate.

Clethodim.

Metribuzin

Trifluralin

Thifensulfuron

Glyphosate.

Clethodim.

Metribuzin

Trifluralin

Thifensulfuron

PP woven bag is used for packaging of feeding stuff, building materials,chemical material etc.

Chemical Analyzer

2009-8-18 14:14:26

NIR analysers are available in four wavelength configurations to give complete coverage of the NIR region. Covering the entire wavelength range is vital for accurate results The chemical analyzer can scan the NIR region up to 2500nm. This allows calibrations and databases from monochromator based systems of Bran+Luebbe, NIRSystems, Foss, Bruker, ABB Bomem, and Thermo. This chemical analyzer can also scan the wavelength range of 1200-2400 nm. This wavelength range covers the same range used by older NIR filter spectrometers from Technicon, Bran+Luebbe, Perten, and DICKEY-john, meaning that calibrations from these systems can easily be transferred to other spectrometers or chemical analyzers. The NIR (Near Infrared) analyzer is the latest technology for analyzing solid and liquid chemical and pharmaceutical formulations. The patented design of NIR offers high analytical performance with better sensitivity and precise instrument matching to enhance method development, minimize implementation time and promise seamless method transferability.

How to Choose Herbicides

2009-6-1 15:49:25

Herbicides are effective in killing plants or restraining their growth. The means of herbicides in doing this differs because of the many processes needed to plant life. These chemicals are usually effective when used with proper cultural practiced in a weed management program. The option of the most effective specific mixture differs with economical, ecological and agronomic factors. Herbicides have two types, depending on their effects on plants. These types include selective and non-selective. Selective herbicides are those that stunt or kill weeds in turf grasses without causing too much harm. On the other hand, non-selective herbicides damage or kill all plants when used adequately. However, in certain situations, non-selective herbicides can act selectively if there is an excessive application and a selective herbicide can be phytotoxic. As a result, selectivity is one property of the treatment type as well as the chemical, which is regulated by different factors including the ways of application, time, environment conditions, chemical formulation, the stages of weed and turf grass growth and the dosage. Herbicides can kill weeds such as dandelions, crabgrass and other unnecessary grasses that can damage your garden and lawn. Certain herbicides are manufactured for specific weeds while there are others that can treat a wide range of problems. It is necessary to apply herbicides safely and accurately in order to prevent damage in your lawn and plants and to avoid wasting the product, which is usually expensive. In addition, the exposure of children and pets to herbicides must be avoided because it may cause harmful reaction to the body. Make sure to follow the steps properly in applying herbicide. The first thing you need to remember is to choose a good quality herbicide sprayer that has an adjustable nozzle. Usually, pump sprayers are available in one and two-gallon sizes, which can be purchased in hardware shops, nurseries and home supply stores. Choose a pump sprayer that can be easily lifted when full. You have to determine the size of the area you have to treat so that you can identify the amount of herbicide you need to prepare. Remember that depending on the size of your sprayer, you may need to prepare more than one batch to treat the whole area. Make sure to read the label of the herbicide carefully, especially the emergency instructions. Though t is necessary to know the mixture of the right amount and the number of times of application, you also need to know what you have to do if ever the chemical comes in contact with your skin or eyes. When applying chemicals, it is important to wear proper clothing such as long-sleeved shirt, long pants and a hat. Gloves are needed to protect your hands and shoes to protect your feet. According to the instructions given, mix the herbicide and spray on the weeds directly and thoroughly. Make sure to avoid applying herbicide on your garden plants for it may damage or kill them. It is better to choose granule or powder herbicides that can be combined with fertilizers and other kinds of treatments. These herbicides have longer effects and are safer to use. You also have an option to use organic herbicides that are friendlier to the environment.

Herbicides and Pesticides in Your Organic Gardening Fertilizer - Deadly Poison Or Snack?

2009-6-1 15:46:22

Hello my wonderful readers, it's your "Organic Gardening Enthusiast" once again with more wonderful information about Organic Gardening Fertilizer, Compost. Can one use grass clippings in organic gardening compost if the grass has been treated with fertilizer, pesticides, and herbicides? When is this safe and when is it unsafe? The issue we'll deal with first is the question about commercial fertilizer. This fertilizer is made up of chemicals and minerals and these in themselves are not necessarily harmful to our compost. The greatest concern concerning commercial chemical fertilizers is that it requires a great deal of petroleum to make and a huge result of the output of this manufacturing process is the tremendous amount of carbon dioxide that is released into the air. This is neither helpful for our compost, organic vegetable garden nor the very air that we all breathe. As to using grass clippings that have been fertilized with commercial or chemical fertilizers we need to look at what actually happens when this type of fertilizer is used. After these commercial and chemical fertilizers are spread on the grass one usually waters their lawn, the water dissolves these chemicals and the roots of the grass absorb the water and the fertilizer. This is not really much different than if you had spread a thin layer of compost over your grass, or an organic grass fertilizer. The same photosynthesis is taking place. If your grass has been watered for at least 7 days the commercial and chemical fertilizer has been dissolved and the nutrients absorbed by your grass. If this was the only substance put on your grass and it's been at least a week these grass clippings will not compromise your compost and certainly can be used. 1. In the true spirit of Organic Gardening Compost one would prefer not to use grass clippings or anything else that had been treated with a commercial or chemical fertilizer, but it is such a waste to simply put all of those grass clippings in with your refuse and send them off to the landfill. 2. There is organic grass fertilizer. It is made up primarily of chicken droppings and the manufacturer assures us that the chickens have been fed only organic food so it rather completes the organic cycle, which is just wonderful. As to the next part of this question, this is much more simple and at the same time complex. If the grass has been treated with pesticides and herbicides and you then introduce these grass clippings into your organic compost you run a very high risk of harming the microorganisms, insects, nematodes, the 'uncommon earthworm' and all of the other little beasties that are going to be working so hard to make your organic material into our wonderful compost. One of the major concerns with these pesticides and herbicides is that they have a very oily texture. This oiliness allows pesticides and herbicides to stick to vegetation and the ground and perform their function. So we would say please, do not use grass clippings that have been treated with herbicides or pesticides. Again one must use common sense when dealing with these things. If the grass clippings were treated no more than 30 days ago and you can see insects and other wonderful little creatures in your grass then the effects of these poisons have probably worn off. We are by no means advising you to use these grass clippings but you know quite well that common sense rules the garden.

Weed Killer - Selective and Non-Selective Herbicides

2009-6-1 15:44:53

Weed killer is an important part of all grounds maintenance routines. The spring and summer months bring upon many unwanted weeds around desired vegetation including cropland areas and aquatic settings. Choosing the best weed killer for your specific application will ensure thorough and long lasting weed control. Selective herbicides are used in delicate grassy areas to combat the problem of pesky weeds. Contained in their special formulas is the power to fight the toughest broadleaf weeds in lawn and ornamental turf without harming the surrounding vegetation. Selective weed killer is made for use against weeds like Dandelion, Ground Ivy, Johnsongrass, Morning Glory, Peppergrass, Poision Ivy/Oak, Primrose, Ragweed and Thistle. Non-selective herbicides can achieve bare ground results in areas inundated with the most persistent unwanted weeds. The active ingredients in non-selective weed killers have been specially formulated to swiftly knock out the toughest perennial weeds and to prevent new weeds from growing for a long period of time. These herbicides are best for use in locations like ditches, brick paths, railroad tracks, fence rows, parking lots and patios. Some of these products only work on the plants they are sprayed on and they become inert when they come into contact with soil. Others will soak into the soil as well and prevent regrowth longer and more thoroughly. Common weed killer ingredients include: * 2,4-D / 2,4-D Salts - Mimics the activity of a growth hormone inside the flora. It induces unusually speedy development which strains the life support system of the weed to a level where death takes place. * Bromacil - A residual weed killer which acts as a soil sterilant to prevent vegetation regrowth for a broadened time period. Acts slowly as it is channeled to the root zone by moisture and absorption. * Glyphosate - Enters the metabolism of the weed and suppresses its maturation. Systemic action kills the entire plant, roots and leaves. Becomes dormant upon touching soil. * Diquate Dibromide - Once ingested, it interrupts the photosynthesis process and kills the uninvited plant. This contact herbicide eradicates surface vegetation so replanting can take place shortly after application. Deactivates upon contact with the dirt. It can also be utilized to wipe out aquatic weeds. * MSMA - An active herbicide element formulated to interfere with the plants metabolism by causing excessive stress to the normal growth cycle. * MCPP / 2,4-DP / 2,4-D - A group of systemic weedkillers designed to kill particular broadleaf weeds. Once absorbed into the plant, they kill them by cutting off crucial metabolic processes within. * Prometon - Works through root and leaf absorption for "Total Kill" effects. This photosynthesis suppressing herbicide acts as a soil sterilant to contain regrowth and new seedlings.

EVER STAR INDUSTRIES CO., LTD

EVER STAR INDUSTRIES CO., LTD

Contact Us

Herbicides-Thifensulfuron

Herbicides-Clethodim

Herbicides-Glyphosate

PP Woven bag-PP woven bag

PP Woven bag-PP woven bag

Gas F2-F2(Fluorine)

Insecticide-Carbofuran

Insecticide-Bifenthrin

Gas SF6-Sulphur Hexafluoride

Medical Intermediate-SELECTFLUOR FLUORINATING REAGENT

Medical Intermediate-NFSi(N-Fluorobenzenesulfonmide)

Herbicides-Trifluralin

Herbicides-Metribuzin

PP Woven bag-PP Cement Woven bag

Insecticide-Acephate

Insecticide-Emamectin Benzoate

Insecticide-Bromadiolone

Medical Intermediate-BrF3(Bromine f​luoride)

Medical Intermediate-IF5(Lodine Pentafluoride)

Medical Intermediate-NFPY(N-Fluoropyridinium pyridine heptafluorodiborate)

Medical Intermediate-Vanadyl Sulfate

Medical Intermediate-BAST Liquid (Bis-(2-methoxyethyl)aminosulfur trifluoride)

Bromadiolone Emamectin Benzoate Bifenthrin Acephate Carbofuran

Glyphosate. Clethodim. Metribuzin Trifluralin Thifensulfuron

PP woven bag is used for packaging of feeding stuff, building materials,chemical material etc.

Chemical Analyzer

How to Choose Herbicides

Herbicides and Pesticides in Your Organic Gardening Fertilizer - Deadly Poison Or Snack?

Weed Killer - Selective and Non-Selective Herbicides

Medical Intermediate-BrF3(Bromine fluoride)

Bromadiolone

Emamectin Benzoate

Bifenthrin

Acephate

Carbofuran

Glyphosate.

Clethodim.

Metribuzin

Trifluralin

Thifensulfuron