APALENE
TECHNOLOGY
OUR TECHNOLOGY
Apalene Metallocene Technology Solution
High Performance Synthetic mPAO Technology
mPAO technology for any viscosity grade from 2cSt to 15000cSt.

1. Higher viscosity index

2. Low pour point, high fluidity at low temperature

3. High stability and longer oil change intervals (save fuel consumption by at least 4 ~ 5%)

Linear alpha-olefins (LAO) by ethylene oligomerization technology
Linear alpha-olefin (LAO) is an important raw material for the production of high-performance polyolefins, high-end lubricating oils, plasticizers, surfactants, etc. and can be used for the production of other fine chemical and functional chemical intermediates. Apalene technology has achieved with high catalyst activity, high linearity and high purity product with a less than 1% polymer.
Octene-1 technology by ethylene tetramerization
1-Octene is a linear α-olefin mainly used as a comonomer in the synthesis of POE and linear low-density polyethylene (LLDPE) and also a key chemical raw material for the production of elastomer POE. 1-Octene can be used as raw materials for poly-alpha olefin (PAO). Apalene technology has achieved with high temperature, no MAO and low manufacture cost system with a less than 0.5% polymer.
Hexene-1 technology by ethylene trimerization
Hexene-1 is an important comonomer for the production of high-performance high-density polyethylene (HDPE) and linear low-density polyethylene (LLDPE). It is also an important raw materials for the production of fine chemical products such as perfumes, dyes, plasticizers, surfactants, fatty alcohols, etc. Apalene technology has achieved with high catalyst activity, high linearity and high purity product with a less than 1% polymer.
POE Technology
Polyolefin elastomer (POE) is a universal plastic that made by metallocene technology by polymerization of ethylene and α-olefins. In many respects, its performance index exceeds that of ordinary elastomers. POE has high heat-resistant oxygen aging, and the dual characteristics of plastic and rubber have excellent comprehensive performance. Therefore, POE can be regarded as a bridge product between plastic and rubber, and it is a new type of elastomer material with broad application prospects. Apalene technology has achieved with high catalyst activity and low manufacture cost.
mPE-Wax Technology
It has many physical and chemical properties that make it suitable for a wide range of industrial applications such as paper-coating, crayons, packaging, ink and leather auxiliaries. Others are food additives and paints. Apalene technology has achieved with narrow molecular weight distribution and low manufacture cost.
Polymethylpentene TPX technology
TPX is a commercial poly (4-methylpentene) resin. TPX has excellent electrical characteristics and chemical resistance like PE and PP. It is the only material in transparent resin that does not cause cracking due to lubricants or chemicals. TPX is the lightest of all plastic. The surface hardness is low and non-toxic. The light transmission performance is between plexiglass and polystyrene. Advantage is that the light transmittance of TPX does not change with the change of processing conditions, nor with the thickness of the product, so it is suitable for transparent products.
Ultra high molecular weight polyethylene (UHMWPE)
UHMWPE is a linear structure of thermoplastic engineering plastics with excellent comprehensive performance. It is used to replace carbon steel, stainless steel, bronze, etc. in the fields of prevention, papermaking, food machinery, transportation, ceramics, coal, etc.
OUR PATENTS

我们的技术 

01  茂金属催化剂溶液法聚合平台

亚培烯是一家专业从事茂金属催化剂研发、生产及相关聚合工艺技术开发的***高新技术企业,拥有基于溶液法工艺的百吨级连续化催化聚合实验平台,可快速实现面向茂金属催化剂及其聚合产品的产业化。

02  2-100,000cSt聚α-烯烃及产品解决方案

亚培烯拥有各类完备的催化剂制备及聚合评价、生产装置,能够生产运动粘度为2-100,000cSt的mPAO基础油,产品丰富、覆盖范围广。研发团队专业涵盖反应工程、有机合成、催化与催化剂、过程放大与工艺优化、产品开发与市场推广等各方面,结构合理,可为mPAO产品的灵活定制和产品解决方案的设计与优化提供强有利的支撑和保障。

03  乙烯齐聚制高级线性α-烯烃(LAO)技术

亚培烯拥有一系列已获授权和在审的乙烯齐聚技术专利,避免使用昂贵的MAO作为助催化剂,并解决了现有技术中高分子PE含量高的问题,现已形成成熟的乙烯齐聚技术,可快速实现高碳LAO的商业化生产,助力我国高端聚烯烃和先进润滑材料的自主开发。

图片展示
04  乙烯三聚

1-己烯是及其重要的共聚单体,可与乙烯共聚得到综合性能优异的高端聚烯烃材料,亚培烯通过催化体系优化和聚合过程强化等策略实现乙烯三聚反应活性和产物选择性的调控,成功开发乙烯三聚制备1-己烯的生产技术,所开发的超高活性催化剂体系,聚合产品中1-己烯含量大于90%。

05  乙烯四聚

1-辛烯是及其重要的聚合单体,可与乙烯共聚得到综合性能优异的C8-LLDPE和POE等高端聚烯烃材料,亚培烯开发的乙烯四聚制备1-辛烯(联产1-己烯)技术,催化活性高,可避免使用昂贵的MAO作为助催化剂,并解决了现有技术中高分子PE含量高以及聚合温度低等难题,工业化潜力巨大。

06  POE

亚培烯拥有高温高压下乙烯与1-丁烯、1-己烯或1-辛烯连续溶液共聚生产POE的技术储备,拥有相应的催化剂专利技术、聚合工艺技术以及茂金属催化剂溶液法聚合实验平台,可为POE的工业开发和装置设计提供技术支撑。

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