Product Name: Chlorinated rubber
Chemical molecular formula: (C10H11Cl7) n
Introduction of Chlorinated rubber
The chlorinated rubber is a derived product modified from the natural rubber through chlorination. It finds wide application in the production of coatings, inks, adhesives, etc. The company has a working capacity of 1500 tons of the chlorinated rubber with advanced technology and fine equipment. The quality of the product is stable and reliable. The product is trustworthy and well received by the customers.
In coatings to remarkably improve the coating properties such as weatherability and water resistance, insulation, inflammability, anti-acidity, anti alkali, adhesion as well as impact strength. The chlorinated rubber coatings is widely applied to surface protection of materials for severe situation, such as shipping, offshore platforms, bridges, docks, containers, motor vehicle chassis, road signs, chemical equipment, etc. Additionally, high viscosity chlorinated rubber is applied to highstrength adhesives production, or added into other rubber products to improve its quality, while the low-viscosity product is applied to high-grade ink making.
Production Process
Chlorinated rubber products production process: Chlorinated rubber products are produced by dissolving natural rubber in non-ODS organic solvents and then through a series of process including chlorination synthesis, chemical neutralization, hydraulic analysis, centrifugation, washing, and drying.
PVC Stabilizer, PVC Processing Aid, PVC Lubricant, PVC Modifier
Specifications
| Item | Unit | Specifications |
| CR-5 | CR-10 | CR-20 | CR-40 | CR-90 | CR-130 | CR-170 |
| Viscosity at 23 , 20% in xylene | mPa.s | 4 - 7 | 8 - 12 | 16 - 24 | 35 - 45 | 80 - 100 | 120 - 140 | 160 - 180 |
| Comparable grade | | Pergut S 5 | Pergut S 10 | Pergut S 20 | Pergut S 40 | Pergut S 90 | Pergut S 130 | Pergut S 170 |
| Appearance | | White or pale-yellow loose and soft powders |
| Chlorine content (Cl) | % | ≥ 64 |
| Ash content | % | ≤ 0.3 |
| Water content | % | ≤ 0.5 |
| True density | g/mL | ≥ 1.5 |
| Bulk density | g/mL | ≥ 0.08 |
| Dichloroethane content | % | ≤ 0.5 |
| Chroma | | 6 - 11 |
| Photo stability | | Ruther stable under UV-light |
| Heat stability | | Stable under 13 |
Applications
| Grade | Solubility / Thinnability | Properties / Applications |
| CR-5 | Generally speaking, R5 has good compatibility with many solvents, plasticizers and binders. However, it is necessary to test the solubility / compatibility in each case. | R5 can be used to formulate fast-drying anticorrosion coatings with good weather stability and resistance to water and chemicals. Used as a combination binder, for e.g. alkyd resins, acrylates and ketone resins. R5 improves the initial adhesion and water repellency of the system. |
| CR-10 | Generally speaking, R10 has good compatibility with many solvents, plasticizers and binders. However, it is necessary to test the solubility / compatibility in each case. | R10 can be used to formulate fast-drying anticorrosion coatings with good weather stability and resistance to water and chemicals. |
| CR-20 | Generally speaking, R20 has good compatibility with many solvents, plasticizers and binders. However, it is necessary to test the solubility / compatibility in each case. | R20 can be used to formulate fast-drying anticorrosion coatings with good weather stability and resistance to water and chemicals. It can also be used in abrasionresistant concrete floor coatings and roadmarking paints. |
| CR-40 | Generally speaking, R40 has good compatibility with many solvents, plasticizers and binders. However, it is necessary to test the solubility / compatibility in each case. | R40 can be used to formulate fast-drying anticorrosion coatings with good weather stability and resistance to water and chemicals. Used as a combination binder for e.g. alkyd resins, acrylates and ketone resins, R40 improves drying properties and resistance to inorganic acids. |
| CR-90 | Generally speaking, R90 has good compatibility with many solvents, plasticizers and binders. However, it is necessary to test the solubility / compatibility in each case. | R90 can be used to formulate fast-drying swimming pool and concrete coatings with good weather stability and resistance to water and chemicals. |
| CR-130 | R130 is soluble in aromatic and chlorinated hydrocarbons and in ethyl acetate. | On account of its high polarity, R130 is especially suitable for the formulation of primers and key coats for rubber/metal bonds. Binder for, among other things, adhesives. |
| CR-170 | R170 is soluble in aromatic and chlorinated hydrocarbons and in ethyl acetate. | On account of its high polarity, R170 is especially suitable for the formulation of primers and key coats for rubber/metal bonds. Binder for, among other things, adhesives. |
Properties Difference
| Items | Comparison on properties and performance |
| Viscosity / mPa.s | 5...............170 |
| Molecule weight | small..........large |
| Film former content in paint | high..........low |
| Miscibility with resin using in paint | good..........bad |
| Dispersity on pigment | good..........bad |
| Dissolution rate | fast..........slow |
| Stability paint liquid | good..........bad |
| Solvent emission rate of paint liquid | fast..........slow |
| Age resistance | bad..........good |
| Electrical performance | low..........high |
| Mechanical properties | low..........high |
| Adhesive property | low..........high |
| Construction performance | bad..........good |
| Weatherability | low..........high |
Package & Storage
Packed in Plastic bags lined of PP woven bags, 20 kg each; be on guard against moisture; Handle with care; Store in a cool; dry and well ventilated place.
Hazards Identification
Not classified as a hazardous product as per Council Directive 67/548/EEC or 1999/45/EC.
Possible risk of absorption through the skin of toluene.The safety data sheet should be observed. This contains information on labeling, transport and storage as well as on handling, product safety and ecology.
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