The term agrochemical or agrichemical is used as a generic term for the chemical products or pesticides used in agriculture. These include herbicides, fungicides and insecticides but also synthetic fertilizers, hormones and soil conditioning agents. Agrochemicals play an important role in modern industrialized and intensive farming methods, making possible the growth of foods on previously uncultivatable land and maximizing the yield of a given soil.

Agrochemicals have come a long way since the creation of synthetic fertilizers and the need to better understand and optimize both the agrochemical production process and the formulation make up of agrochemicals is becoming more apparent.

Malvern Panalytical can help with the analysis and optimization of your agrochemical products to assist the development of new agrochemicals and for quality control and production optimization.  

Malvern Panalytical offers a range of analytical tools for the characterization of agrochemical products.

Fertilizer Powders 

Fertilizers can be applied to crops as either solids or liquids, with granulated or powdered solids being the most common form. The physical properties of the powder, including its particle size distribution and particle shape are determined by its chemical composition and processing and are important for optimizing spreading properties and minimizing segregation, especially in bulk blends. Particle size can also affect dilution behaviour and activity rate of the fertilizer.

Colloidal Dispersions
For agrochemicals which are in the form of colloidal suspensions, Zeta potential is a critical metric for optimizing the stability of colloidal dispersions.

Pesticide Sprays
Pesticides are most commonly applied using spray devices and along with soil particle size, the droplet size of a spray determines the run-off speed of the liquid from the soil as well as properties such as spray drift and evaporation.

Polymers in Agrochemicals
The use of polymers in agriculture is becoming more widespread with superabsorbent hydrogels being used to optimize soil properties and functional polymers used to increase the efficiency and stability of pesticides and herbicides. Polymers are also used to control the atomization behavior of agrochemical sprays.

Physical and chemical analysis of agrochemicals

Malvern Panalytical's range of analytical products and expertise can assist the agrochemical sector by helping to:

  • Optimize spray formulations and spray apparatus to ensure optimum droplet size for a given application or environment
  • Control particle size and shape of powder formulations to ensure optimum and consistent flow, spreading and packing characteristics
  • Improve dissolution behaviour and activity rate of fertilizers and pesticides
  • Classify soil types in terms of their composition and physical characteristics
  • Characterize and synthesize functional polymers for use in agrochemical formulations

Mastersizer 激光粒度仪系列

Mastersizer 激光粒度仪系列

全世界广泛使用的颗粒粒度分析仪。

更多细节
测量 颗粒粒度
粒度范围 0.01µm - 3500µm
技术类型 激光衍射
分散类型 湿法, 干法测量, 湿法和干法

Spraytec 喷雾粒度仪

Spraytec 喷雾粒度仪

喷雾剂颗粒与喷雾滴液粒度测量。

更多细节
测量 颗粒粒度
粒度范围 0.1µm - 2000µm
技术类型 激光衍射
分散类型 干法测量, 喷雾

Zetasizer 纳米粒度电位仪系列

Zetasizer 纳米粒度电位仪系列

全球广泛应用的系统,可用于纳米颗粒、胶体及蛋白质尺寸和电荷测量

更多细节
测量 分子尺寸, 分子 量, 颗粒粒度, Zeta 电位
温度范围 0°C - 120°C
粒度范围 0.3nm - 10µm
技术类型 光散射, 动态光散射, 电泳光散射法, 静态光散射法
分散类型 湿法
样品池类型 Cuvette
Molecular Measurement Type Chromotography, Batch measurement

MicroCal 微量热仪系列

MicroCal 微量热仪系列

表征生物分子稳定性及相互作用的微量热仪

更多细节
测量 无标记分析
温度范围 -10°C - 130°C
样品处理量 2per 8h day - 50per 24h day
技术类型 差示扫描量热法 (DSC), 等温滴定量热法 (ITC)

凝胶渗透色谱仪OMNISEC系统

凝胶渗透色谱仪OMNISEC系统

全球领先的多检测器 GPC/SEC 系统

更多细节
测量 分子结构, 分子尺寸, 分子 量
分子量范围 200Da - 10MDa
最小样品质量(聚苯乙烯) 100ng
最小样品质量 (BSA) 100ng
技术类型 凝胶渗透色谱法, Size Exclusion Chromatography (SEC), 静态光散射法

Mastersizer 激光粒度仪系列

Mastersizer 激光粒度仪系列

全世界广泛使用的颗粒粒度分析仪。

Spraytec 喷雾粒度仪

Spraytec 喷雾粒度仪

喷雾剂颗粒与喷雾滴液粒度测量。

Zetasizer 纳米粒度电位仪系列

Zetasizer 纳米粒度电位仪系列

全球广泛应用的系统,可用于纳米颗粒、胶体及蛋白质尺寸和电荷测量

MicroCal 微量热仪系列

MicroCal 微量热仪系列

表征生物分子稳定性及相互作用的微量热仪

凝胶渗透色谱仪OMNISEC系统

凝胶渗透色谱仪OMNISEC系统

全球领先的多检测器 GPC/SEC 系统

更多细节 更多细节 更多细节 更多细节 更多细节
测量 颗粒粒度 颗粒粒度 分子尺寸, 分子 量, 颗粒粒度, Zeta 电位 无标记分析 分子结构, 分子尺寸, 分子 量
粒度范围 0.01µm - 3500µm 0.1µm - 2000µm 0.3nm - 10µm    
温度范围     0°C - 120°C -10°C - 130°C  
样品处理量       2per 8h day - 50per 24h day  
分子量范围         200Da - 10MDa
最小样品质量(聚苯乙烯)         100ng
最小样品质量 (BSA)         100ng
技术类型 激光衍射 激光衍射 光散射, 动态光散射, 电泳光散射法, 静态光散射法 差示扫描量热法 (DSC), 等温滴定量热法 (ITC) 凝胶渗透色谱法, Size Exclusion Chromatography (SEC), 静态光散射法
分散类型 湿法, 干法测量, 湿法和干法 干法测量, 喷雾 湿法    
样品池类型     Cuvette    
Molecular Measurement Type     Chromotography, Batch measurement    

Mastersizer 激光粒度仪系列

Spraytec 喷雾粒度仪

Zetasizer 纳米粒度电位仪系列

MicroCal 微量热仪系列

凝胶渗透色谱仪OMNISEC系统

Mastersizer 激光粒度仪系列 Spraytec 喷雾粒度仪 Zetasizer 纳米粒度电位仪系列 MicroCal 微量热仪系列 凝胶渗透色谱仪OMNISEC系统

全世界广泛使用的颗粒粒度分析仪。

喷雾剂颗粒与喷雾滴液粒度测量。

全球广泛应用的系统,可用于纳米颗粒、胶体及蛋白质尺寸和电荷测量

表征生物分子稳定性及相互作用的微量热仪

全球领先的多检测器 GPC/SEC 系统

更多细节 更多细节 更多细节 更多细节 更多细节
技术类型
动态光散射
激光衍射
光散射
电泳光散射法
静态光散射法
差示扫描量热法 (DSC)
等温滴定量热法 (ITC)
凝胶渗透色谱法
Size Exclusion Chromatography (SEC)