产业用纺织品
產業用紡織品
산업용방직품
TECHNICAL TEXTILES
2014年
10期
10-12
,共3页
付晓娟%薛少林%何天洋%唐宇
付曉娟%薛少林%何天洋%唐宇
부효연%설소림%하천양%당우
Sunlite中空保暖纤维%保暖絮片%针刺%涤纶
Sunlite中空保暖纖維%保暖絮片%針刺%滌綸
Sunlite중공보난섬유%보난서편%침자%조륜
Sunlite hollow thermal fiber%thermal wadding%needle punch%polyester fiber
从原料选用、产品结构设计、生产工艺三个方面设计开发Sunlite中空保暖絮片和涤纶保暖絮片，并对成品的性能进行测试及对比分析，得到Sunlite中空保暖絮片较佳的工艺为针刺密度100刺/cm2、针刺深度7 mm。
從原料選用、產品結構設計、生產工藝三箇方麵設計開髮Sunlite中空保暖絮片和滌綸保暖絮片，併對成品的性能進行測試及對比分析，得到Sunlite中空保暖絮片較佳的工藝為針刺密度100刺/cm2、針刺深度7 mm。
종원료선용、산품결구설계、생산공예삼개방면설계개발Sunlite중공보난서편화조륜보난서편，병대성품적성능진행측시급대비분석，득도Sunlite중공보난서편교가적공예위침자밀도100자/cm2、침자심도7 mm。
In view of three aspects such as raw materials, structure design and production processes, Sunlite hollow thermal wadding and the polyester thermal wadding were designed and developed, then properties of the products were compared and discussed.It is found out that the optimal process of Sunlite hollow ther-mal wadding is that needle density is 100 stab /cm2 and needle depth is 7 mm.
