Floor covering
a technology for floor coverings and other domestic objects, applied in the field of floor coverings, can solve problems such as difficult cutting
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Examples
example 1
[0029] A polypropylene powder having an average particle size of 300 μm was sprinkled in a quantity of 275 cm3 per cm2 on a sheet of base material of a sulfur-crosslinkable SBR mixture. The maximum of the melting peak of the polypropylene powder, which was determined by DSC analysis according to DIN 53765, was at 163° C. Subsequently, the powder-sprinkled sheet was subjected for a period of 5 minutes to a vulcanization process at 180° C. in a continuous vulcanization system containing a belt press. The result was an elastomeric floor covering which, in a slip test performed using a British pendulum tester (BPT) and using water as the lubricant, achieved a slip resistance value of 40 scale divisions.
example 2
[0030] A sulfur-crosslinkable SBR mixture was mixed with 40 vol. percent of the aforementioned powder at a dump temperature of 120° C. This material was calandered into a raw sheet, which was then split in the middle. The resulting raw sheet was subjected for a period of 7 minutes to a vulcanization process at 180° C. in a non-continuous vulcanization system. In a test carried out as described above, using water as the lubricant, the resulting elastomeric floor covering achieved a slip resistance value of 36 scale divisions.
example 3
[0031] In another embodiment, the polypropylene powder-containing mixture described in Example 2 was calendered into a sheet. This sheet was additionally sprinkled with 275 cm3 / cm2 of the same polypropylene powder. Then, the sheet was subjected for a period of 5 minutes to a vulcanization process at 180° C. in a continuous vulcanization system containing a belt press. The result was an elastomeric floor covering which, in a slip test performed as described above and using water as the lubricant, achieved a slip resistance value of 40 scale divisions.
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Abstract
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