Disperser
Dispersers are laboratory instruments used for homogenizing and mixing samples across various industries. They enable uniform distribution of particles in liquids and solids.
Product
Disperser
Dispersers are laboratory instruments used for homogenizing and mixing samples across various industries. They enable uniform distribution of particles in liquids and solids.
Suppliers
Suppliers enabled for requests
The following suppliers offer products in the “Disperser” category. Use the overview to compare suitable companies, brands and related product categories and send a direct request.
Milian SA
Send your request to selected suppliers at the same time. They will contact you without obligation with suitable proposals.
Guide and selection support
Dispersers are utilized in biotechnology, pharmaceuticals, food industry, and other fields to suspend, emulsify, or homogenize samples. Their use enhances sample quality and facilitates subsequent analytical steps.
When selecting dispersers, factors such as sample volume, material properties, dispersion methods, and technical requirements play a key role. Different designs and motor powers offer options for specific applications.
LabFinder provides guidance with an objective overview of device types and their areas of application. Users can quickly find suitable dispersers to meet their laboratory requirements here.
Application and Benefits
Dispersers are laboratory devices that uniformly mix substances through homogenization, suspension, emulsification, or comminution. They are used to prepare samples from various materials in biotechnology, pharmaceuticals, cosmetics, food industry, paint and coating manufacturing, and petrochemical industries for further analytical processes. The goal is to optimally disperse primary particles and wet them with binders to achieve stable mixtures.
Selection Criteria
The choice of a disperser depends on the type and nature of the samples, their volume, and the desired effect of homogenization or disaggregation. Technical parameters such as power, shear forces, speed control, and type of dispersion method (e.g., ultrasonic, rotor-stator principle) are decisive. Ease of handling and compatibility with other laboratory processes should also be considered.
Types and Measurement Principles
Dispersers differ, for example, by their dispersion principle: mechanical homogenizers use rotor-stator systems, while ultrasonic dispersers utilize sound waves for sample preparation. There are stationary and portable devices, as well as systems for small to large sample volumes. Core components vary depending on the application, such as different blade configurations or ultrasonic probes.
Calibration and Maintenance
Dispersers require regular cleaning and, if necessary, replacement of wear parts like seals or blades. Calibration may be needed to precisely adjust performance metrics such as speed or energy input and to ensure reproducible results. Manufacturer instructions regarding maintenance and care should be followed.
Limitations of Application
Dispersers are less suitable for samples that are sensitive to thermal stress or whose structure could be destroyed by mechanical forces. They may also not be suitable for all sample volumes. There are further limitations with extremely viscous or abrasive substances, which impose higher demands on materials and performance.
Search Terms and Related Terms
Synonyms and relevant search terms include "disperser," "homogenizer," "dispersion system," "sample homogenizer," "emulsifier," "suspension mixer," "particle mill," and "laboratory disperser." Further, terms such as "sample preparation," "dispersing," "emulsifying," "homogenizing," as well as industry-specific references like "biotechnology," "pharmaceuticals," "food industry," and "paint manufacturing" are commonly used.
Also known as
Dispersing device
Dispersion system
Emulsifier
Homogenizer
Material mixer
Particle disperser
Particle mill
Sample homogenizer
Substance homogenizer
Suspension mixer
Related categories
Suitable brands
Frequently asked questions
What is the main function of a disperser in the laboratory?
Dispersers are used to uniformly mix, homogenize, or finely distribute particles in liquids and solids to ensure consistent sample quality.
What types of dispersers are used in laboratories?
There are mechanical dispersers with rotor-stator systems, ultrasonic dispersers, and various designs used depending on sample size and requirements.
How do I choose a suitable disperser?
Key factors include sample type, sample volume, desired dispersing principle, performance requirements, technical features like speed control, and compatibility with laboratory processes.
What maintenance do dispersers require?
Regular cleaning, inspection and replacement of wear parts, as well as calibration if necessary to ensure consistent performance, are recommended.
When are dispersers not suitable?
If samples are sensitive to heat, may be damaged by mechanical stress, or consist of highly viscous or abrasive substances, application limitations can arise.
For suppliers and service companies
Supplier or service provider in the Disperser category?
Do you offer products or services in the Disperser category? Present your company on LabFinder and gain visibility in suitable product categories, brands and enquiries.