Examples of 'propylene polymers' in a sentence
Meaning of "propylene polymers"
propylene polymers - These are a type of polymers or plastics derived from propylene, commonly used in various industrial applications due to their specific properties and characteristics
How to use "propylene polymers" in a sentence
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propylene polymers
The propylene polymers are most particularly preferred.
The preferred olefin polymers are propylene polymers.
Propylene polymers are polymers composed of propylene monomers.
Presently preferred polyolefins include propylene polymers.
Ethylene and propylene polymers are preferred.
The invention relates to a composition based on propylene polymers.
These amorphous propylene polymers are substantially free of crystallinity.
Peroxide compounds may be added to ethylene or propylene polymers.
Preferred propylene polymers include homopolypropylenes.
Examples of such would be blends with conventional propylene polymers.
Also the propylene polymers can be heterogeneous or homogeneous.
Preferred ethylene polymers and propylene polymers are described below.
Propylene polymers with improved properties.
Commercially available propylene polymers may also be employed.
Propylene polymers not containing ethylene are particularly preferred.
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The structure of these propylene polymers appear to be highly regioregular.
Propylene polymers and process for the production thereof.
The structure of the aforementioned propylene polymers is substantially atactic.
Other propylene polymers include propylene block or impact copolymers.
The present invention relates to flexible compositions based on propylene polymers.
The propylene polymers are particularly suited for capacitor films.
It is particularly suited to the manufacture of ethylene polymers and propylene polymers.
Multimodal propylene polymers will have at least two components.
Hydrogen is used to control the chain lengths of the propylene polymers.
Propylene polymers of these types are well known in the art.
Process for preparing propylene polymers and impact modified polymers.
Propylene polymers according to the present invention are essentially free of crystallinity.
The molecular weights of the aforementioned propylene polymers are generally of industrial interest.
Such propylene polymers are well known and commercially available.
The inventive process is a multistage processes for the production of propylene polymers.
The above mentioned propylene polymers are substantially devoid of crystallinity.
It is possible to use the customary reactors employed for the preparation of propylene polymers.
These propylene polymers may be either isotactic or syndiotactic or mixtures of such polymers.
Examples of such a polymer are ethylene and propylene polymers and copolymers thereof.
The propylene polymers made by the process of the invention are preferably multimodal.
The invention is related in process for making propylene polymers or copolymers in propylene medium.
Propylene polymers having high isotacticity are advantageous because of their high stiffness.
The structure of the above propylene polymers turns out to be highly regioregular.
Propylene polymers are one of the classes of plastics most frequently used today.
The molecular weight of the above said propylene polymers can even be very high.
Conventional propylene polymers are highly crystalline and have a poor melt strength.
The distinction between irradiation of ethylene polymers and propylene polymers is therefore an important one.
Such propylene polymers have improved scratch resistance in injection molded articles.
The molecular weights of the above propylene polymers are distributed within fairly narrow ranges.
The propylene polymers furthermore generally exhibit the advantageous properties described below.
Phthalates and diethers result in propylene polymers with more narrow molecular weight distribution.
Propylene polymers according to the present invention are endowed with interesting elastomeric properties.
The chiral metallocenes are used as a racemate for the preparation of highly isotactic propylene polymers.
The first and second propylene polymers of the blend are preferably isotactic.
The improved stabilizer mixtures are particularly well suited for use in compositions containing propylene polymers.
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