北京聚菱燕塑料有限公司｜Beijing Ju-Ling-Yan Plastic Co., Ltd.

R&D Ability

研发能力

北京聚菱燕塑料有限公司,凭借日本四日市研发基地以及中国中石化提供技术支持,着力于本土研发实力的提高,已由传统材料供应商转型为汽车轻量化绿色科技解决方案提供商。公司自成立以来,一直将技术创新置于企业发展的首要地位,基于客户要求为客户提供一系列的创新产品。聚菱燕公司生产的汽车用聚丙烯改性产品，不仅赋予了产品较好的性能,而且为环境保护提供了可持续发展的方案。

Beijing Ju-Ling-Yan Plastic Co., Ltd., with its R&D base in Yokkaichi, Japan and Sinopec technical support, has laid stress on improving its local R&D strength and successfully shifted from a traditional auto material supplier to a solution provider for green auto lightweight technology. Since its establishment, the Company has always been putting technological innovation at the top of corporation development, and providing customers with a series of innovative products pursuant to their requests. The Company’s PP modified products for automobiles not only give the excellent performance for products, but also render sustainable development plans for environmental protection.

通过对基础原料的生产技术(催化、工艺)、配方技术、成型加工以及分析评价技术的多方位研发,在汽车轻量化、低VOC低气味、节能减排、高性能以及降低成本方面做出对应,为客户提供全方位的汽车轻量化绿色科技解决方案。

After multi-directional R&D in the aspects of production technology (catalysis and process) of basic raw materials, formula technology, polymer processing, analysis and evaluation technology, the Company has made corresponding achievements in auto lightweight, low VOC & low odor, energy saving & emission reduction, high performance and cost reduction. Accordingly, the Company is able to provide customers with a full range of green auto lightweight technology solutions.

PP Development Technology for Automobiles

汽车用PP开发方面的技术

评估技术

Evaluation Technology

零件大型化、形状特殊化、使用环境的激化等每年要求的特性有逐渐严格的倾向，分析、评估技术重要性增加
The increasingly rigorous requirements on large-sized parts, special shapes, intensified use of environments etc. lead increasing importance of analysis and evaluation technologies.

优秀材料

Latest Material

高流动材、高刚性材、发泡材、耐划伤材、无涂装金属色和白色材、低VOC材、低气味材、外观改善优良材等
High flow material, high rigidity material, foam material, scratch-resistant material, spray-free metal color and white material, low VOC material, low odor material and excellent finished appearance material, etc.

配合技术

Formula Technology

优异的配合技术：高流动、高刚性、高韧性、外观优良、特殊性能（耐光、热老化性能、低VOC等）各项性能优异的配方组份
Excellent formula technology: compounding elements with excellent properties such as high flow, high rigidity, high toughness, excellent finished appearance, special performance (e.g. light resistance, heat aging performance and low VOC)

复合技术

Composite Technology

橡胶相的较好分散:各组份的较好分散效果
The best dispersion of rubber phase: the best dispersion effect of each component

构造控制

Structural Control

模拟PP分子运动：各项分析手段、CAE技术的加入
Simulation of PP molecular motion: addition of diverse means of analysis and CAE technologies

聚合催化技术

Polymerization Catalyst Technology

高性能催化剂：高抗冲、高结晶、高刚性等产品种类
High-performance catalyst: such products with high impact, high crystallization, high rigidity and others

分子构造设计

Molecular Structure Design

较适合的分子构造:将产品应用要求反馈到分子构造设计中，使产品在性能、成型外观、尺寸稳定性等综合性能更加优良
The most suitable molecular structure: molecular structure design caters for product application requirements to improve product’s comprehensive performance in terms of performance, finished appearance, dimensional stability and others aspects.