9 results about "Low emittance" patented technology

The invention provides a method of making an article including steps of providing a solvent on a major surface of a glass sheet and positioning a face of an aerogel sheet onto the major surface of the glass sheet to create a glass-aerogel article, such that the solvent on the major surface of the glass sheet facilitates adhesion of the aerogel sheet to the glass sheet. In some cases, the glass sheet can also have a coated surface comprising a low-emissivity coating.

A method for manufacturing low-emissivity easy-clean glass and the resulting low-emissivity easy-clean glass and low-emissivity easy-clean composite glass. The method involves using RF (Radio Frequency) sputtering of a silicon oxide target while simultaneously introducing nitrogen gas, and simultaneously using DC (Direct Current) sputtering of a silver target to co-deposit nitrogen-doped silicon oxide silver (Si, O, N: Ag) on a clear glass substrate. This low-emissivity easy-clean glass can avoid oxidation issues, improve conductivity, hardness, water contact angle, and reduce hemispherical emissivity.

A vacuum insulated glass (VIG) unit, and a window having the same, the VIG unit including paired glass sheets separated by support structures maintaining a gap between the paired glass sheets, a dense edge sealing peripherally arranged creating a sealed cavity between the paired glass sheets, a getter placed in the gap between the glass sheets, where the pressure in the sealed cavity is no higher than 0.001 mbar, where at least one of the first glass sheet and the second glass sheet includes a low-emission coating, where the edge sealing is made from low temperature glass frit powder material, and includes less than 0.1 wt % lead, less than 1 wt % solvent and less than 1 wt % binder, where gaseous inclusions in the edge sealing constitutes less than 5% of the total volume, and where the glass frit powder material includes tellurium oxide and vanadium oxide.

A heat-resistant member comprises: a substrate made of isotropic graphite; a single-layered dense low-emissivity layer covering part of surfaces of the substrate; and a single-layered or multi-layered dense high-emissivity layer covering all or part of the remaining surfaces of the substrate. The dense low-emissivity layer has an outermost surface with an emissivity of εA, and has a relative density of 97% or more. The dense high-emissivity layer has an outermost surface with an emissivity of εB (>εA), and has a high-density region with a relative density of 97% or more in any portion between the outermost surface and the interface with the substrate. Preferably, an emissivity difference (εB−εA) is 0.1 or more.

This invention relates to a composite coating with low thermal expansion coefficient and low emissivity, its preparation method, and its application, belonging to the field of functional coating materials technology. The composite coating of this invention sequentially comprises a Si binder layer, a Ta₂O₅ stress buffer layer, and a Pt metal layer. The Si binder layer serves as the binder layer, the Ta₂O₅ stress buffer layer as the low thermal expansion stress buffer layer, and the Pt metal layer as the low emissivity functional layer. The thermal expansion coefficient of Si is 3~4×10⁻⁶. ‑6 / ℃, while the coefficient of thermal expansion of Ta2O5 material is 6~7×10. ‑6 At ℃, the coefficient of thermal expansion of Pt material is 8~9×10⁻⁶. ‑6 / ℃, through gradient coating design, the Pt metal layer can have excellent thermal cycling life and maintain low emissivity performance, which is suitable for substrates with low thermal expansion coefficient, and meets the future requirements of lightweight hot-end components and infrared signal shielding.

A lightweight, multilayer cryogenic insulator is formed by successive layers of low-emissivity sheeting and a separating truss-structure operating to resist circumferential deflection of the low-emissivity sheeting.

Described is a composition tailored in particular for automotive and flat glass applications as a glaze and / or enamel composition. Moreover, the present invention relates to a method of applying the composition on a Low-e coated side of a glass surface, in particular in the field of laminated automotive windshields, sunroofs, backlights produced via press bending process as well as architectural glass. Notably, composition according to the present invention facilitates Low-e coating dissolution and direct fusion to the glass substrate while preserving essential optical properties, and adhesion-meeting industry standards.

A lightweight, multilayer cryogenic insulator is formed by successive layers of low-emissivity sheeting and high elastic modulus mesh, the latter which provide thermal separation of the sheets while resisting high hoop stresses.