The invention provides a light transmissive multi-layer carpet tile having a carpet tile top face and a carpet tile bottom face.

A carpet tile and process for making the carpet tile, wherein the carpet tile contains tufted face yarn, a primary backing, and at least three polymer-containing layers.

A carpet, such as a carpet tile, comprises a support material with yarns tufted therein.

Frothed foams of the present invention can be useful in cushioned flooring applications such as attached cushion broadloom, carpet tiles, carpet underlay, or vinyl flooring.

An improved low weight cushioned flooring, floor covering, carpet, carpet tile, and method is provided.

An apparatus and process for forming the low weight cushioned carpet or carpet tile of the present invention are also provided.

The perimeter cutting assembly is used to cut the carpet tile and the inner cutting assembly simultaneously forms the discontinuous slits in the inner portion of the carpet tile.

The second section of the tile is formed of one of a woven fabric, a non-woven fabric and a tufted pile and which second section forms the remaining portion of the exposed surface of the tile.

The invention concerns a carpet tile cutting apparatus for producing other geometric shapes from square carpet tiles.

The multi-layer carpet tile comprises a tufted primary backing layer, a pre-coat layer, and a tile backing.

An apparatus and process for forming the low weight cushioned carpet or carpet tile of the present invention are also provided.

The carpet tile further includes a cushioned backing (178) that increases the underfoot comfort to users thereof.

Recycled and recyclable carpet tile, installed with minimal glue.

The inner cutting assembly can be engaged or disengaged during the carpet tile cutting process.

A carpet tile cut out from a flat-woven carpet comprising longitudinal warp threads and transverse weft threads is cut out at an angle of 45° relative to the direction of the weft threads.