A decking clip to allow a plurality of decking members to be attached relative to a support assembly, the decking clip including an elongate plastic body strip having a body length, the body provided with a number of openings to receive fasteners there through to attach the body relative to the support assembly, a number of upstands spaced over the body length and extending substantially perpendicularly from the body strip, substantially transversely to the body length, each upstand having at least two opposed decking board engagement arms, a first decking board engagement arm extending from a first lateral side of the upstand at an acute angle and a second decking board engagement arm extending from a second lateral side of the upstand at an acute angle, at least two centering members, at least one centering member extending from the first lateral side of the upstand between the first decking board engagement arm and the body strip and at least one centering member extending from the second lateral side of the upstand between the second decking board engagement arm and the body strip, each upstand and/or engagement arm being resiliently deformable to allow portion of a decking board to pass and to retain the decking board relative to the support assembly in a spaced apart, non-overlapping configuration.

According to one embodiment, the tile leveling device includes a base having a top surface and a bottom surface. The base includes a projection extending upwardly from the top surface. The tile leveling device further includes a stem detachably coupled to the top surface of the base. The stem includes a lower portion and an upper portion having a threaded portion. The lower portion is wider than the upper portion.

A knob is screwable to a tile spacer-leveler for together defining a tile alignment device. The knob comprises (i) a body, (ii) elastically-deformable connectors on the knob body, (iii) first and second fixing elements comprising respective threaded slots, supported by the connectors and arrangeable in a first arrangement wherein the threaded rod of a tile separator can be inserted into and removed from the threaded slots without screwing in a second arrangement in which the rod insertion and removal takes place only by screwing, (iv) a blocking element separated from the knob body for elastically deforming the connectors to change the arrangement of the first and second fixing elements to (a) insert the rod between the threaded slots of the first and second fixing means without screw-tightening thereof, (b) screw the knob to the threaded rod with the fixing elements in the second arrangement to align the tiles, and (c) remove the threaded rod without screwing.

A levelling spacer device (10) for the laying of sheet-like products (P) for coating surfaces, comprising:

a base (20) positionable posteriorly to a laying surface (P1) of at least two sheet-like products (P) arranged adjacent and side by side relative to a side-by-side direction (A);

a separator element (30) which rises from said base (20) squareness therewith and adapted to slip between facing lateral sides (P3) of said two sheet-like products (P) placed side by side;

a pusher element (50) adapted to cooperate with the separator element (30); and

a plate (60) provided with at least one through opening (62) configured to be inserted onto the separator element (30), wherein the plate (60) is adapted to be interposed between the pusher element (50) and the base (20) and comprises a first flat surface (610) facing the base (20) wherefrom at least one lamella (63) is projecting which is configured to slip between a lateral side (P3) of a sheet-like product (P) and the separator element (30).

A flooring system including floor panels and a connecting system for connecting the floor panels is provided. The flooring system includes a first and a second floor panel, and a connecting device that includes a first and a second connecting element. The first connecting element is configured to cooperate with the first and second floor panel for horizontally connecting the first and second floor panel. The second connecting element is configured to cooperate with the first connecting element for vertically connecting the first and the second floor panel. A connecting device for connecting a first and a second floor panel is also provided.

Flexible support screens and tile spacers for floating tile floor systems are described herein. The flexible support screens include a compressible body that is configured to engage a top surface of a structure. The compressible body has a plurality of channels configured to direct a fluid through the compressible body. The flexible support screen has a variable rate of compression upon receiving a force directed upon either the upper surface or the lower surface. The adhesive tiles spacers have a first side surface for engaging a first tile and a second side surface opposed to the first side surface for engaging a second tile. The adhesive spacers are configured to be compressible to absorb movement of the first tile and the second tile towards or away from each other.

A mosaic tile assembly manufactured in a mold via a continuous plastic injection process. The tile assembly comprises a plurality of tiles disposed in a staggered, offset arrangement of rows that avoids the intersection of four tile corners. Each mosaic tile generally comprises a front face configured for exposure to the exterior and back face configured for attachment to the floor or wall surface. The back face comprises a surface and a plurality of grooves disposed in a predetermined array of perpendicularly disposed vertical and horizontal grooves. The horizontal grooves of successive adjacent tiles within a row may be aligned with one another whereas different vertical grooves of adjacently disposed tiles, above and below, may be aligned with one another to form the offset arrangement. The tile assembly may also comprise a plurality of interconnecting links that may formed in the same mold during the same plastic injection process.

A system and method for processing an artificial turf, and a product produced by the method, is provided. The method includes providing an artificial turf having an infill, separating at least a portion of the infill from the artificial turf, downsizing the artificial turf into artificial turf fragments and rotationally mixing and translating, by a melt system, the artificial turf fragments at a pressure less than a maximum predefined pressure to form a melt. The maximum predefined pressure is between about 0.08-20 bar.

A tile system for covering a surface. The tile system comprises a first tile assembly connected to a second tile assembly by a connector. Each tile assembly comprises a first tile stacked on a second tile, the first tile and the second tile joined to a reinforcing material disposed therebetween. The connector comprises a first component and a second component that is complementary to the first component. The first component is mounted to the first tile assembly, and the second component is mounted to the second tile assembly.

A tile leveling and alignment system for use in aligning and leveling a plurality of tiles, comprising a tile leveling and aligning device, a vertical leveling hand device, a horizontal leveling device and an optional slip ring/spacer device. The tile leveling and aligning device comprising a base portion integrally coupled to a stem portion projecting upwards from the base portion. The base portion adapted for engaging a bottom surface of a number of tiles to be leveled and aligned. The stem portion comprising a central aperture and one or more spacer legs or fins, each spacer leg extending transversely from the central aperture. Each spacer leg defining a joint width between adjacent tiles to be leveled and aligned. Each spacer leg dividing the tile leveling and aligning device into equal sized areas of common shape and defining a joint width between adjacent tiles to be leveled and aligned.