PETVINIL S 23

Synonyms:
PETVINIL; petvinil süspansiyon; polyvınylchloride; polyvınylchloride resin; pvc; PVC SUSPANSION; polietilenvinil; polietilen vinili; pvc suspansion resin; POLİVİNİLKLORÜR SÜSPANSİYON; 1731576 [Beilstein]; 200-831-0 [EINECS]; 4-01-00-00700 (Beilstein Handbook Reference; 75-01-4; Chlorethen; Chlorethene; Chlorethylene; Chloride, Vinyl; Chloroethene; Chloroéthène ; chloroethylene; chloroéthylène; Chlorure de vinyle; cloroetene; cloruro de vinilo; Cloruro di vinile; Ethene, chloro-; Ethylene, chloro; MFCD00040415; Vinil klorür; vinyl chloride; Vinylchlorid; Vinyle(chlorure de); Winylu chlorek; 1-Chloroethylene; 93050-82-9 [RN]; cloroetileno; cloruro de vinilo; Cloruro di vinile; ETHYLENE MONOCHLORIDE; monochloroethene;MONOCHLOROETHYLENE; monovinyl chloride; Polyvinyl chloride; Trovidur; Vinile (cloruro di); Vinyl C monomer; Vinyl chlorine; Vinylchlorid; VINYLCHLORIDE; Vinyle(chlorure de); VINYLIDENE CHLORIDE; Winylu chlorek; Chloroethylene Homopolymer; Chloroethylene Polymer; Polyvinyl; Chloride Resin; PVC Resin; PVC Suspansion; PETVINIL S 23; PETVINIL S-23; PETVİNİL S 23; PETVİNİL S-23; PVC SUSPANSION; PVC SUSPANSİON

PETVINIL S 23 

PETVINIL S 23 (PVC SUSPANSION)

PVC Factory (Polyvinyl Chloride)
Commissioning Date: 16.03.1986
Starting Capacity: 105.000 tons / year
Present Capacity: 150.000 tons / year
Products    :
PVC Suspension (S-23, S-27, S-39, S-65)
Usage Areas: Production of packaging films, cable coverings, transparent cosmetics and oil bottles, various tubes and other bottles in agriculture and construction industry (irrigation pipes, sewage pipes, fittings), shoe soles, floor tiles, various building materials (doors, windows woodwork, shutter manufacturing), upholstery coverings and artificial leather manufacturing.
S 23/59 Polyvinyl Chloride Product
Trade Name: PETVİNİL S 23/59
Product Warranty Values
Experiment Name Unit Value Method
Viscosity Number (Cyclohexanone 25 ° C) cm3 / g 76-86 1A / 93
Free Alkali (NaOH) g / l 8-15 ASTM D-2022
K number (Cyclohexanone 25 ° C) ------ 56-59 1A / 93
Bulk Density g / cm3 0.56 - 0.62 4A / 91
Sieve Analysis
0.250 mm above% wt max 3 8A / 92, 8F / 92
Above 0.063 mm% wt min 90 8A / 92, 8F / 92
Volatile Matter% wt max 0.5 2A / 90
Impurity pcs / ft2 max 60 6A / 92
Product Shape: White powder
Packaging: In 25 kg multi-layer klupak paper bags or 1000 kg Big-Bags
Storage Conditions: It should be stored in closed and dry environments.
Areas of Usage: Opaque or transparent rigid film and bottle, hard parts, opaque or transparent hard plates and profiles, pipe fittings. PETVINYL S23 / 59
PETVINIL S23 / 59 is a low molecular weight polyvinyl chloride type produced by suspension polymerization method. PETVINIL S23 / 59, in white powder form, has a narrow particle size distribution and allows the production of rigid and semi-rigid PVC materials.
Scope of application:
Extrusion: opaque or transparent rigid and semi-rigid films and sheets
Injection molding: pipe fittings
Calendering: opaque or transparent rigid and semi-rigid films and sheets
Storage
The product should be stored in a dry area that is not exposed to sunlight, at temperatures below 50 ° C. Storing under unsuitable conditions may cause color change and deterioration of physical properties. Polymer products face the risk of deterioration over time. For this reason, it is recommended to process the product within 6 months from the delivery date in order to preserve the product quality.
Disposal and Recycling
This product is not dangerous or toxic. It can be recycled. If not possible, it can be disposed of by incineration.

TEST NAME UNIT VALUE METHOD
Viscosity Number
(Cyclohexanone 25 ° C)
cm3 / g 121-134 TS EN ISO1628-2
 

K number (Cyclohexanone 25 ° C)
- 69-72
TSE EN ISO1628-2

Bulk density
g / cm3 0.44-0.53 TS 448 EN ISO60
GRAIN SIZE DISTRIBUTION:
> 0.250 mm
> 0.063 mm
% wt
% wt Max.3
VOLATILE MATERIAL
% wt Max.0.3
TS EN ISO1269
POLLUTION
UNIT / 9 dm2 Max.60 TSE EN ISO1265
PRODUCT SHAPE
WHITE POWDER
PACKAGING SHAPE
In 25 kg FFS (Form Fill Seal) white colored PE bags or 1300 kg big-bags.
STORAGE CONDITIONS
It should be stored in closed and dry environments.
AREAS OF USE
Cable sheath, shoe sole, flexible and semi-rigid profile and pipe,
soft film, flexible sheet, toy.

SAFETY DATA SHEET NO: UR.10-BF-TE001 S-PVC Suspension Polyvinyl Chloride What is it?
S-PVC suspension polyvinyl chloride (s-PVC), which is produced in petrochemical facilities by taking oil-natural gas and salt combinations, is a type of polymer. Since PVC plastic is hard, necessary plasticizers are added to make it more flexible and softer in suspension polyvinyl chloride application.
Since the cost of PVC plastic materials is low, suspension polyvinyl chloride also provides an economic advantage. Accordingly, the suspension polyvinyl chloride, which can be used for general and multiple purposes, is one of the most preferred products.
PVC, which is the most widely used polymer type in the world, also increases the usage rate of suspension polyvinyl chloride product. Suspension polyvinyl chloride, one of the most valuable products of the chemical industry, can be used in many different areas from the construction industry to toy making and the building industry.
Thanks to the advantages of its mechanical properties, it is possible to manufacture flexible products with suspension polyvinyl chloride, whose usage rate has increased. Suspension polyvinyl chloride, which is used in many sectors, has recently been used in the health sector.
S-PVC Suspension Polyvinyl Chloride Used In Which Areas?
Suspension polyvinyl chloride, also known as S - PVC, can be used in various fields as it contains many different properties and thus provides many advantages. Generally, the areas where suspension polyvinyl chloride is used are as follows:
* Garden hose
* Pipe fittings
* Furniture edge band
* Medicine - food packaging foils
* Rigid film and sheets
* Floor coverings
* Facade coating
* Doors
* Window profiles
* Waste water pipes
* Cable channels
 
PETVINIL S23 / 59
PETVINIL S23 / 59 is a low molecular weight polyvinyl chloride type produced by suspension polymerization method.

PETVINIL S23 / 59, in white powder form, has a narrow particle size distribution and allows the production of rigid and semi-rigid PVC materials.

Scope of application:
Extrusion: opaque or transparent rigid and semi-rigid films and sheets
Injection molding: pipe fittings
Calendering: opaque or transparent rigid and semi-rigid films and sheets

Storage
The product must be stored in a dry area that is not exposed to sunlight, at temperatures below 50 ° C. Storing under unsuitable conditions may cause color change and deterioration of physical properties. Polymer products face the risk of deterioration over time. For this reason, it is recommended to process the product within 6 months from the delivery date in order to preserve the product quality.

Disposal and Recycling
This product is not dangerous or toxic. It can be recycled. If not possible, can be disposed of by incineration

POLYVINYL CHLORIDE (PVC)

In suspension and emulsion types; door, window profiles, paneling, pipe and fittings, garden hose, shoe sole, cable, film, canvas, artificial leather, gloves, floor linoleum, floor and wall coverings, dolls, balls and artificial fruits, etc. at the desired K values ​​for production.

S-PVC, SUSPENSION POLYVINYLKLORIDE
 Shoes, pipes, profiles, cables, films etc.

E-PVC, EMULSION POLYVINYLKLORIDE
 Canvas, artificial leather, toys, ball, floor and wall covering, label etc.
Window Profiles
Sewage Pipes
Pressurized Clean Water Pipes
Rigid Profiles
Facade Cladding
Cable Channels
Usage Examples

In agriculture and construction industry (in the production of irrigation pipes, waste water pipes, fittings) packaging film, cable coverings, transparent cosmetics and oil bottles, various tubes and other bottles, shoe soles, floor tiles, various building materials (door, window joinery, blinds) It is used in the production of floor coverings and artificial leather.

We have emerged as the prominent organization, engaged in offering an optimum quality PVC Pipe Adhesive that is widely used for bonding PVC pipe and accessories. Our provided adhesive is processed using optimum quality chemical compounds and advanced technologies in accordance with set industry norms. In addition to this, this adhesive is duly tested by our skilled quality experts to eliminate any flaw.

Features:

• Precise chemical composition
• High temperature resistance
• Easy to applyDescription
Product Name : PVC Solution
Product Info : PVC Solution Use For Jointing Pipe Line Fast Setting .
Make : Supreme
Type : Liquid Foam Fast Setting JointSolvent Cement for Joining PVC Pipe
Adhesives Formulation
 

Applicable TypeSolvent borne AdhesivesApplicable Base PolymerPolyvinyl Chlorides (PVC)Applicable Industrial SectorsAutomotive,Buildings & constructions
Applicable Base Polymer Properties
Polyvinyl chloride is added to the solvent system to provide body to the adhesive and a compatible bondline with the substrates. The bonding process is mainly through the diffusion of the solvent into the substrates and the added PVC polymer acts mainly to increase viscosity to hold it in the glue area and to provide a degree of flexibility to the final bonded joint.PETVİNİL S 23/59 

PETVINIL S23/59
Applications: Opaque or transparent rigid bottles, plates, film,profile and pipe fittings.
Guaranteed values
Viscosity Index (In Cyclohexanone At 25°C)
K Value (In Cyclohexanone At 25°C)
Bulk Density
Retained on 0.250 mm sieve
Retained on 0.063 mm sieve
Volatiles
Contamination
Storage conditions:
Note:
This grade has certificate for production of material in contact with foodstuffs as received by Ministry of Agriculture and Village
Affairs dated 21.02.2007 and no. 35-00214-00005-1.
In 25 kgs Form Fill Sealed white colored PE bags , loose or palletized and shrinkwraped or in 1400 kgs big bags
piece/ft2
Max.60   6A/92
Packing:
Storage in closed and dry areas is recommended.
% wt Max.3   8A/92, 8F/92
% wt Max.0.5   2A/90
% wt Min. 90   8A/92, 8F/92
g/cm3
0.56-0.62   4A/91
Sieve Analysis:
POLYVINYL CHLORIDE
cm3/g

Product Overview
PVC Suspension Resin is a polymer manufactured from vinyl chloride monomer. It is used extensively in building
and construction, automotive, and medical industries. PVC Suspension Resin is produced at four Westlake
Chemical facilities: Aberdeen, Mississippi; Calvert City, Kentucky; Geismar, Louisiana; and Plaquemine, Louisiana.
With over 60 years of responsible production and handling experience, Westlake manufactures PVC Suspension
Resin with environmental and public safety consideration. Westlake personnel are experienced in handling and
shipping PVC Suspension Resin, and our engineers, scientists, and sales personnel can provide technical assistance
to users.
Production
Westlake produces PVC Suspension Resin through the polymerization of vinyl chloride monomer. The monomer,
water and suspending agents are fed into a polymerization reactor and are agitated at high speeds to form small
droplets of vinyl chloride monomer. After an initiator is added, the vinyl chloride monomer droplets are then
polymerized into PVC Suspension Resin under controlled pressures and temperatures. After polymizeration is
complete, the resulting slurry is stripped of unreacted vinyl chloride monomer, the excess water is removed, and
the resulting solid is dried to form the final product. The final PVC Suspension Resin contains less than 5 parts per
million of residual vinyl chloride monomer.
Uses
Many properties of Polyvinyl Chloride (PVC) make it ideal for a variety of applications. It is biologically and
chemically resistant; it is durable and ductile; and it can be made softer and flexible by the addition of plasticizers.
With all downstream applications, appropriate registrations and/or approvals may be required. Possible uses for
polyvinyl chloride are described below:
 Pipes - Roughly half of North America’s polyvinyl chloride is used to produce pipes for municipal,
construction, and industrial applications. It is particularly well suited for this purpose due to its light
weight, high strength, low reactivity, and corrosion and bacterial resistance. Additionally, PVC pipes can
be fused together in a variety of ways, including solvent cements, adhesives, and heat-fusion, creating
permanent joints that are impervious to leakage. Globally, piping is the single largest use for PVC.
 Residential and Commercial Siding - Rigid PVC is used to make vinyl siding. This material comes in a wide
range of colors and finishes and is used as a substitute for wood or metal. It is waterproof, weather resistant, and low maintenance. It is also used in window sills and door frames, gutters and downspouts,
and double glazing window frames.
 Packaging - PVC is widely used as a protecting film in stretch and shrink wrapping, laminate films with
polyethylene, rigid blister packaging, and food and film packaging. It can also be blow molded into bottles
and containers. PVC acts as a microbial and water resistant barrier, protecting food, household cleaners,
soaps and toiletries.
 Wiring Insulations - PVC is used as the insulation and fire retardant on electrical wiring. The wires are
coated with the resin and the chlorine acts as a free radical scavenger to insulate and reduce the spread
of fire.
 Medical - PVC is used to make blood and intravenous bags, kidney dialysis and blood transfusion
equipment, cardiac catheters, endotracheal tubes, artificial heart valves, and other medical equipment.
 Automotive - PVC is used to make body side moldings, windshield system components, interior
upholstery, dashboards, arm rests, floor mats, wire coatings, abrasion coatings, adhesives, and sealants.
 Consumer Goods - Both rigid and flexible PVC is used in a wide variety of finished consumer goods,
including modern furniture design, air conditioners, refrigerators, phone systems, computers, power
tools, electrical cords, garden hoses, clothing, toys, luggage, apparel, vacuums, and credit card stock
sheet. PVC can be blended with other plastics to customize the product’s properties including color,
hardness, abrasion resistance, etc. This method allows producers to determine the customized look and
feel of the final product.
Health Effects
Read and follow all instructions on the product label and review the safety data sheet to understand and avoid
the hazards associated with PVC Suspension Resin. Wear appropriate personal protective equipment and avoid
direct contact. Eye exposure to dust may cause mechanical irritation; excessive concentrations of nuisance dust
in the workplace may reduce visibility and may cause unpleasant deposits in eyes. Skin exposure to dust may cause
mechanical irritation. Inhalation exposure to dust may cause irritation; processes such as cutting, grinding,
crushing, or impact may result in generation of excessive amounts of airborne dusts in the workplace. Nuisance
dust may affect the lungs but reactions are typically reversible. Prolonged and repeated inhalation of respirable
dust (particles less than 10 microns in size) may cause damage to lungs. Exposure to PVC respirable dust has been
reported to cause lung changes in animals and humans, including decreased respiratory capacity and
inflammation. Westlake’s PVC Suspension Resin is manufactured by suspension polymerization and the particle
size is generally large enough in diameter that it is not considered respirable.
Before handling, it is important that engineering controls are operating and protective equipment requirements
and personal hygiene measures are being followed. People working with this chemical should be properly trained
regarding its hazards and its safe use and should be given the opportunity to review this document and the safety
data sheet.
Environmental Effects
PVC Suspension Resin should be kept out of lakes, streams, ponds or other water sources. Based on the high
molecular weight of this polymeric material, transport of this compound across biological membranes is unlikely.
Accordingly, the probability of environmental toxicity or bioaccumulation in organisms is remote.
Exposure Potential
Precautions should be taken to minimize potential harm to people, animals, and the environment. Potential for
exposure may vary depending upon site-specific conditions. When handling PVC Suspension Resin, always refer to the safety data sheet and product warning label and follow all instructions and warnings. Based on the expected
uses for PVC Suspension Resin, exposure could be through:
 Workplace exposure - Exposure can occur in either a PVC Suspension Resin manufacturing facility or in
the various industrial facilities that use PVC Suspension Resin. Good industrial hygiene practices and the
use of personal protective equipment will, when combined with proper training and environmental,
health and safety practices, contribute to a safe work environment.
 Environmental releases - In the event of a spill, contain the spill to prevent entry into waterways and
sewers. Avoid the generation of dust. The spill area can be washed with water; however, the unusable
material should be placed into a closed, properly labeled container compatible with the product.
Industrial spills (releases to soil or water) should be controlled by workplace spill programs which include
containment around loading and unloading operations and storage tanks and employee training. Many
aspects of a spill control program are mandated by federal, state and local requirements. In addition, if a
spill occurs, governmental reporting may be required. Refer to the safety data sheet for instructions to
contain and clean up a spill to minimize exposure.
 Consumer exposure - PVC Suspension Resin is not sold directly to consumers; however it is an ingredient
in consumer products. In any case, keep all chemical products out of the reach of children. Westlake
cannot and does not make any representation or conclusion about consumer exposure risks associated
with its customers’ products.

Physical and Chemical Properties
PVC Suspension Resin is a solid white powder with no odor at standard temperatures and pressures. Exposure
to temperatures of 300°F or greater for extended periods of time may cause thermal degradation of PVC
Suspension Resin. Instantaneous temperatures above 420°F, prolonged heating at processing temperatures, or
excessive shear/heat combinations during processing can generate hazardous decomposition products.
Typical Properties of PVC Suspension Resins
Resin Properties Typical Value or Range
Inherent Viscosity (dl/g) 0.50 (+/-0.03) to 1.10 (+/- 0.03)
Relative Viscosity 1.55 to 2.50
K Value 49 to 74
Bulk Density (grams/cm3
) > 0.480
Specific Gravity 1.39
Moisture (%) < 0.35
Residual Vinyl Chloride Monomer (ppm) < 5.0
HunterLab Color ‘L’ > 94.0
‘a’ < 2.0
‘b’ < 3.5
Particle Size Distribution Percent Retained On
40 mesh < 0.1
60 mesh < 9
200 mesh < 35
Pan < 10