发明名称 Enhanced friction coating construction and method for forming same
摘要 A method for forming a friction coating construction which utilizes the providing of a mixture of molten metal material with abrasive particles dispersed therethroughout in particulant form which is sprayed onto a flexible substrate which is of a metallic material being preferably ductile which is then allowed to harden and cool to allow the molten metal to affix the flexible support layer with respect to the metal material and with respect to the abrasive particles dispersed therethroughout thereby providing an enhanced friction control surface which can optionally include an adhesive layer on the surface of the flexible substrate positioned oppositely from the abrasive particles to allow this layer to be affixed to any subsurface surface which needs enhanced control of the coefficient of friction thereto.
申请公布号 US9597857(B2) 申请公布日期 2017.03.21
申请号 US201313694881 申请日期 2013.01.15
申请人 Ligon Charles R. 发明人 Ligon Charles R.
分类号 C23C4/06;C23C4/12;B32B7/06;C23C4/08;C23C4/18;B32B7/12;B32B15/02;B32B15/12;B32B15/20 主分类号 C23C4/06
代理机构 Fox Rothschild LLP 代理人 Fox Rothschild LLP
主权项 1. A method for forming a flexible friction coating construction, said method comprising: melting aluminum or an aluminum alloy to form a molten metal material; dispersing a plurality of abrasive particles throughout said molten metal material to form a mixture; spraying said mixture directly into abutment with a stainless steel wire mesh flexible substrate having apertures defined within the mesh, to form a pre-construction containing molten metal and a plurality of abrasive particles; and hardening of the molten metal of said pre-construction to adhere the plurality of abrasive particles to the flexible wire mesh substrate such that the resulting construction remains flexible, wherein said apertures are smaller than the size of said abrasive particles in order to prevent said abrasive particles from passing through said stainless steel wire mesh flexible substrate.
地址 Bradenton FL US