A combustion membrane for a gas burner includes a base fabric forming a metal thread braid including multi-fiber warp threads and multi-fiber weft threads transverse to the multi-fiber warp threads. The base fabric is made on a loom and the multi-fiber warp and weft threads each include a bundle of a plurality of metal fibers having a fiber thickness less than 50 micrometers. The combustion membrane also includes a plurality of monofilament metal threads each having a monofilament thickness greater than 100 micrometers, that are directly woven into the base fabric by loom weaving to increase the stiffness of the combustion membrane.

A burner head, a fire grate and a gas device are provided. The burner head includes a burner cover and a metal mesh. The burner cover includes a fire partition plate. The fire partition plate is provided with a plurality of fire ports provided at intervals. The fire partition plate is configured to form a partition member between two adjacent fire ports. At least part of the partition member are provided with a first weld position. The metal mesh is provided at the burner cover and is configured to cover the plurality of fire ports. The metal mesh is provided with a first weld spot corresponding to the first weld position. The metal mesh is welded to the first weld position at the first weld spot.

The present invention provides a foraminous burner liner for a gas abatement system. The burner liner comprises a hollow body defined by a wall, the wall comprising a plurality of interconnected substantially concentric layers. Each layer of the wall comprises a substantially regular openwork mesh; wherein the substantially regular openwork mesh of each layer is configured such that it is out of phase with one or more adjacent layers, and wherein the wall comprises sufficient layers arranged such that the wall is optically opaque when viewed externally in any radially inward direction normal to the wall.