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Rotational Foam Molding

总结

本工艺使部件成型和部件发泡相互分离，比传统方法少几个步骤。
The process decouples the forming of the part with the foaming of the part, in fewer steps than conventional approaches.
 提高产品质量——减少泡沫内部的气泡尺寸，提高产品的强度和耐久性。
 降低生产成本——‘间歇性’单步工艺使流程时间整体减少25%，从而节约人工和能源成本，提高生产效率。
 增加产品的整体性——工艺包括热模具发泡，能增加表皮和泡沫之间的粘接性。
 增强生产控制——本发明能在泡沫导入零件内部时增强控制，满足各种规格要求。
 灵活性——可以使用聚乙烯、聚丙烯等各种材料。
 Higher quality product – the smaller bubble size in our foam interior creates a stronger, more durable products
 Lower cost production - The ‘interrupted’ single step process allows an overall decrease in process time of 25%, translating to savings in labour and energy costs and an increase in productivity
 Better product integrity – Our process, which includes foaming into a warm mould, provides better bonding between the skin and the foam.
 More manufacturing control – our invention provides increased control over the introduction of the foam into the interior of the part to allow compliance with various specifications.
 Flexibility - can be used with polyethylene, polypropylene and other materials.

详细技术说明

现状
已申请美国专利
CURRENT STATUS
US Patent Filed

合作类型

技术售让

覆盖范围

科技服务业

商品和服务

专业化设计服务

其他

现公司需要废旧润滑油回收利用技术及设备，对废旧的内燃机用润滑油及工业设备用润滑油进行再提炼，最终获得API 二类或三类基础油。要求基础油的再生率达到70%以上，工艺过程无二次污染。