Chlorotriethylsilane CAS NO.994-30-9

Min.Order Quantity:: 1 Kilogram

Purity:: 99%

Port:: Shanghai/Tianjin/Qingdao

Payment Terms:: L/C,D/A,D/P,T/T,

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Product Details

Keywords

CHLOROTRIETHYLSILANE
SILANE E3
TESCI

Quick Details

ProName: Chlorotriethylsilane
CasNo: 994-30-9
Molecular Formula: C6H15ClSi
Appearance: Clear transparent liquid
Application: 994-30-9
DeliveryTime: 7-10 days after payment
PackAge: As required
Port: Shanghai/Tianjin/Qingdao
ProductionCapacity: 100-200 Kilogram/Month
Purity: 99%
Storage: Flammables area
Transportation: By air/sea/express
LimitNum: 1 Kilogram
Grade: Pharma Grade

Superiority

about certificate

1.certificate of analysis (coa)
2.material safety data sheet (msds)
3.route of synthesis (ros)
4.method of aanlysis(moa)
5.nuclear magnetic resonance(nmr)

about service

1. quality control, before shipment, free sample for test.
2. prompt shipment with professional documents
3. packing as your request, with photo before shipment
4. mixed containers with different mixed items in one container

about company

hennan sunlake enterprise corporation is located in henan province , the central plain of china , which enjoys favorable geogeaphical position and convenient transportion, the com[any was established in june. 1998 , until now having more than 18 years experience in manufacturing & exporting chemical raw material .

sunlake is a professional manufacturer engaged in producing and selling chemicals,including organic & inorganic chemicals , pigments & dyestuffs , water treatment chemicals , food & feed additives and others . these products have been being well exported to europe , southeast asia , the middle east , africa , south america and some other countries and areas.

we sincerely welcome foreign friends to visit our plant for cooperation. with the idea of "quality first,credit priority, excellent service", we are highly acknowledged by customers for good quality and competitive price. more importantly , the company has a strong r & d team, who are professional engineers and scholars with ph. d. .so we are confident to serve you better with our high - quality products and professional team.

we are taking great efforts to provide our customers with demanded goods and professional services, and continuously improve our core ability of competition and get the momentum for sustainable development, and finally make us being a reliable and professional wupplier in international market.

we welcome any serious inquiries from all customers of the world, and sincerely hope to cooperate with you for a brilliant future!

Details

product name:	chlorotriethylsilane
synonyms:	chlorotriethylsilane;silane e3;tesci;tescl;chlorotriethyl-silan;ct2520;triethylchlorosilane;triethylsilyl chloride
cas:	994-30-9
mf:	c6h15clsi
mw:	150.72
einecs:	213-615-6
product categories:	other reagents;monochlorosilanes;protection & derivatization reagents (for synthesis);si (classes of silicon compounds);si-cl compounds;synthetic organic chemistry;blocking agents;chloro silanes;protective agents;silylating agents;chemistry;organosilicon compounds;organics
mol file:	994-30-9.mol

chlorotriethylsilane chemical properties

mp	-50°c
bp	142-144 °c(lit.)
density	0.898 g/ml at 25 °c(lit.)
refractive index	n20/d 1.43(lit.)
fp	85 °f
storage temp.	flammables area
sensitive	moisture sensitive
brn	1732860
cas database reference	994-30-9(cas database reference)
nist chemistry reference	silane, chlorotriethyl-(994-30-9)
epa substance registry system	silane, chlorotriethyl-(994-30-9)

safety information

hazard codes	c,f
risk statements	11-14-19-35-34-10-22-36/37-40-37
safety statements	26-36/37/39-43-45-25-16-33
ridadr	un 2986 8/pg 2
wgk germany	1
f	10-21
tsca	yes
hazardclass	3
packinggroup	ii
hs code	29310095

msds information

provider	language
chlorotriethylsilane	english
sigmaaldrich	english
acros	english
alfa	english

chlorotriethylsilane usage and synthesis

chemical properties	clear transparent liquid
usage	chlorotriethylsilane is used in the preparation of potent silylating agent and lewis acid catalyst. chlorotriethylsilane derivatived ethers have been shown to be more stable towards hydrolysis than ar e trimethyl ethers.