Silicon carbon package foam net cover

Application (Patent) No.: CN200420150893.X Filing date: 2004.12.10 Name: Silica-carbon rod inner package foam net cover (publication) No.: CN2786012 Public (publication) day: 2006.06.07 Main classification number: B65D81/03 ( 2006.01) Division I Original Application No: Classification No. B65D81/03(2006.01)I Date of Issuance: Priority: Application (patent) Person: Pan Yuhua Address: 255055, No. 35, Sishashang New Village, Zhangdian District, Zibo City, Shandong Province, China No. 43 invention (design): Pan Yuhua; Yan Wei; Zhao Qiang International Application: International Publication: Entry into the country Date: Patent Agency: Zibo Kexin Patent and Trademark Agency Co., Ltd. Agent: Yu Xia Abstract silicon carbon rod inner packaging foam net The sleeve is characterized in that it is in the form of an elongated cylinder, and the wall of the cylinder is a network structure. Due to the net shape of the cylinder wall, the net sleeve has a large amount of telescopic adjustment margin in the radial direction and the longitudinal direction. The ratio of the natural diameter of the net sleeve to the diameter of the silicon carbon rod can be: 0.5 to 1.2:1. The mesh diameter is chosen between 1.5 and 8.0mm. The foam net cover can be made of foamed polyethylene raw material and can be produced by a continuous extrusion process. Therefore, the length of each net sleeve is not limited and can be customized as required. Its characteristics are: a high degree of commercialization, packaging and aesthetics; easy to operate, convenient and flexible, not limited by the length of silicon carbide rod; good elasticity, light weight, not afraid of extrusion, cylindrical suit makes the force more uniform, shock absorption effect Better; lower cost, greatly reduce the size of the internal packaging, easy to store, convenient and flexible selection. Sovereignty Items 1. Silica-carbon rod inner package foam mesh cover, characterized by its slender cylindrical shape, and its wall structure is a mesh structure.