Sinochem International Corporation was jointly founded by Sinochem
Corporation and 5 other initiators on December 21 st,1998. The
company issued 120 million common shares and was first listed
at Shanghai Stock Exchange on March 1st, 2000. The company is
listed as Sinochem International and coded as 600500 at the Exchange.
Sinochem International
is to become a leading player in chemical trading, fine chemicals
manufacturing and chemical logistics service. The board and staffs
maintained "service with commitment" principal, united
and forward looking, taking responsibility and hard working mentality.
We achieved breakthrough in many areas. The total business size
and value created is at historical high. The sales revenue was
RMB10.981 billion, a growth of 37.21%. The net profit was RMB261.93
million, a growth of 0.64%. With the General Shareholders Meeting
approval, the company paid RMB1.25 dividend for every 10 shares
and provided additional bonus of 5 shares for every 10 shares.
Other significant developments are our strategic change. The R
& D initiative have achieved a number of inventions which
are patented, the construction of new plants is going well, a
number of fine chemicals plants is coming on-stream, significant
investments in chemicals logistics were made with shore tanks
and tankers fleet, the Taicang chemical park development project
also gained substantial pre-development progress. All these development
would provide us with a solid foundation for speedy progress in
future.
Sinochem International
cordially welcomes friendly cooperations with various circles
both at home and aboard.
Address: Rm. 2505A, Jin Mao Tower, No.88
Century Boulevard, Pudong New Area, Shanghai, P.R.China 200121
Tel: 86-21-50490009
Fax: 86-21-50471433
Email: polymer@sinochem.com
1. Phosphotungstic Acid DUDLEY
Byname:
phosphowolframic acid, 12-tungstophosphoric acid
Molecular
formula: H3PW12O40©qxH2O(x¡Ü33)
Production
capacity: 200t/y
Unit
size: 25kg, 0.5kg
| Specification(Max,%) |
| Type |
HPW-20 |
HPW-30 |
HPW-40 |
HPW-special* |
| Na |
0.02 |
0.05 |
0.3 |
0.005 |
| Fe |
0.002 |
0.005 |
0.02 |
0.001 |
| Mo |
0.002 |
0.002 |
0.005 |
0.002 |
| Heavy
Metal(as Pb) |
0.005 |
0.005 |
0.01 |
0.002 |
| Cl |
0.02 |
0.03 |
0.05 |
0.01 |
| Insoluble
Matter |
0.03 |
0.03 |
0.05 |
0.01 |
| Remark |
On Hand |
On
Hand |
On
Hand |
As
An Example |
*We
will try to satisfy your special need about its specification.
For
decades, a global chemistry research effort is under way to replace
environmentally problematic liquid or halide-containing solid
acids with environmentally friendly oxides as catalysts. The heteropoly
acid, as an environmentally friendly acid, possesses the dual
catalytic functions of strong acidity and oxidizing ability, and
so its catalysis has attracted much interest since seventies.
Our product, phosphotungstic acid, a classical heteropoly acid,
is widely used to make catalysts due to their high acid strength,
psuedoliquid behavior, and thermal stability. Mainly application
study can be classified into the following several groups: hydration
and dehydration, esterification and etherization, alkylation,
acidylation, dealkylation and isomerization, polymerization, crack
and dissolution, condensation and so on. The polymerization of
tetrahydrofuran is a typical commercial process which uses phosphotungstic
acid as catalyst in China and Japan.
Our process for the manufacture
of phosphotungstic acid is a novel non-solvent technique, with
200t/y capacity. our technique allows us to promise to offer you
phosphotungstic acid with special specification which you need.
Besides, we also have the process to manufacture other heteropoly
acids, such as phosphomolybdic acid, and so on.
2.
Styrene-ran-Maleic Anhydride Copolymers
Random copolymers of styrene and maleic
anhydride (SMAH) are manufactured by processes similar to those
used in polystyrene, i.e. polymerization in bulk, started by heat
or peroxide. They have good chemical stability, good process formability,
and high heat-distortion temperatures over 100 ºC. SMA218
can be used as compatilizers
in polymer blends, alloys, composites such as PC/ABS, PA6/ABS,
PA6/PPO, PC/PS, PA6/PS, AS/GF, ABS/GF etc. Now in China, SMA218
has been used to mobile phone shell, fan vane, instrument panel
framework and so on in many plastic factory.
Physical
and thermal performances:
| specification |
SMA218 |
| Pellet distributing
(mass fraction), % |
Diameter:2.0~3.0mm |
¡Ý90 |
| Length:2.0~5.0mm |
¡Ý90 |
| Melt fluxion index(230¡æ/2.16Kg),g/10min |
4.2~5.8 |
| Content of maleic anhydride,
mol% |
16~19 |
| Characteristic viscosity(30¡æ), mL/g |
¡Ý34 |
| Tensile strength, MPa |
30~40 |
| Elongation at break,% |
2~3 |
| Flexural strength, MPa |
40~70 |
| Flexural flexibility modulus, MPa |
3400 |
| Izod impact strength, J/m2 |
11 |
| Heat deflection temperature(1.82MPa), ¡æ |
115~120 |
3.
SPEO-1TM double metal cyanide
catalyst
SPEO-1TM
is the double metal cyanide (DMC) complex catalyst with high performance
for preparation of polyether polyols. It has been commercialized
for several years with a capacity of 1t/a. The catalyst can be employed
in polymerization of propylene oxide and random copolymerization
of propylene oxide and ethylene oxide. In addition, aliphatic alcohols
such as n-butanol and n-octanol can be used as a starter together
with this catalyst for preparation of high molecular weight polyether
with mono hydroxyl end group. As
compared with KOH widely used in polyether production, the polyether
polyols manufactured with SPEO-1TM exhibit very low unsaturation,
narrow molecular weight distribution and high functionality. Meanwhile,
the high molecular weight polyether polyols can be prepared with
this catalyst. SPEO-1TM
can be used as a drop-in catalyst for revamping the existing plant
to increase its capacity by >30% without any modification. Furthermore,
the the production cycle, energy comsumption and raw materials cost
can be reduced with this catalyst since no purification of polyether
polyols is required.
PHYSICAL PROPERTIES
Appearance
white powder
Particle size
£200 mesh
Bulk density
0.3-0.4 g/ml
Specific area
<30 m2/g
Crystallinity
£10 %
POLYETHER
POLYOLS
Hydroxyl number
¡À2
(design)
Unsaturation
£0.01
mol/kg
Acid number
£0.05
mg KOH/g
Water
0.05 %
Color value
£50
(APHA)
|
