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Be different from the traditional processing aid: CYD-701 improves the melt index by times, apparently reduces fiber floating and perfects products surface gloss, widely applied in pipe, automotive industry, machine parts, electrical elements and instrument shells, etc. ...[Details]
Be different from the traditional impact modifiers, CYD-6100 is a new kind of impact modifier with the special dendritic structure designed by CYD company . CYD-6100 can apparently improve the mechanical property of polyolefin polymers, meanwhile improve the melt fluidity property, which have been successfully applied in pipes, automobile parts, instrument shells those modified filler-content polyolefin polymer plastic products etc....[Details]
Pigment Dispersants ...[Details]
Dendritic Polyamidoamine GradeGenerationM.WMolecular FormulaSurface GroupNO. of End GoupsCYD-100A0517C22H48N10O4-NH24CYD-100H0521C22H44N6O8-OH4CYD-105E0.51205C54H96N10O20-COOCH38CYD-105S0.51…...[Details]
CYD product is dendritic structure. Dendritic polymers as "the fourth class of new polymer materials", are attractive to the scientific world and industrial circles. The novelty of these materials includes highly branched molecular structure, a large number of surface functional groups, void space in molecules, monodisperse molecular weight distribution and nanoscale dimensions. The structural characteristics of dendritic polymers lead to unique properties such as excellent solubility and dispersion properties, low melt viscosity and solution viscosity
1 Compared with the same dosage of POE, CYD-6100 can increase the product impact strength by 40-60% in high filler-content PP system.
2 Reduce the formula cost whilemaintaining excellent impact strength.
3 With excellent dispersing and fluidity performance, the melting index is 50% higher than the POE formula.
1 Melt pressure was decreased 200%，Surface property improved,output increased.
2 No negative influence on the products’mechanical properties.
3 No NEGITIVE influence on fire resistance.
The dendritic molecule is a highly branched structure
Dendritic polymers have good geometric symmetry structures and large number of surface groups
The conventional polymer material is a linear or low degree of branching structure
Highly branched structure property of dendrimers makes its high solubility characteristic and ease of processing and application
Highly branched and roughly spherical structures of dendritic polymers lead to less chain entanglement between molecules and have low melt viscosity
The highly branched nature of dendrimers reduces regular array of molecular chains,so dendrimers have low glass transition temperature ,are easy to form film and crystallization performance significantly decreased, such as hyperbranched polyesters can be used in the field with high requirements for transparency
A large number of surface functional groups of dendrimers lead to its high chemical activity and through modifying the end groups, dendrimers can get more functional groups
The traditional materials can not dissolve in many solvents and that limits the applications
The traditional materials generally have a relatively high melt viscosity and are not conducive to processing and application
The traditional polymers are easy to form crystallization due to linear molecular chain structures, such as polyester
As the first enterprise in Asia to research，develop & produce dendritic polymers , Weihai CY Dendrimer Technology Co.,Ltd. (CYD Company) has provided many dendritic polymers products to Peking University, Tsinghua University and Chinese Academy of Sciences, etc. for scientific experiments, and now it has already realized the industrialization of dendritic polymers. From the worldwide, such as Australia, Europe, America and so on. Our products have been widely used in plastic modification, coating and ink, biomedicine, nanomaterials and water treatment fields etc.More
Research, develop & produce dendritic polymers
Top 500 firms
Peking University, Tsinghua University etc.
Professors from Peking University more than 20 years in dendritic polymers field
Title: Taishan scholars Major: Ph.D,Polymer •Work Experience: •Professor of Peking University, doctoral tutor, deputy director of department of polymer, in 2014 was appointed as team member of CYD's T…
Title: Taishan scholars Major: Ph.D,Polymer •Work Experience: Professor of Beijing Normal University, doctoral tutor, head of Polymer Research Institute, in 2014 was appointed as team member of CYD's Taishan academic project. •Specialty: Hundred-Talent Program (Chinese Academy of Sciences) Good at synthesis and application research of dendrimers.
Left 1 Zhu Xinyuan, Director of the Chemical Engineering Institute, Shanghai Jiaotong University
Right 1 GM of CYD Li Wusong（Ph.D of Peking University）
The only dendritic polymer academician workstation!
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