Supplier sign in
Home
STAY INFORMED
Subscribe to our monthly newsletter.
Your email address will never be disclosed to any third party.
Read our privacy notice.

       

Product news
12.06.2024  |  2769x
Share this item

Revolutionizing High-Precision Screening: RHElite

Announcing the launch of our latest innovation, the RHElite high-precision screen, a groundbreaking solution designed for the most demanding industrial applications.
Engineered with a perfect blend of steel and Carbon Fiber Reinforced Polymer (CFRP), the RHElite sets new standards in the screening of finest high-end products.

How is it possible to build such a machine? Due to the anisotropic behavior of certain types of GFK (glass-fiber-reinforced plastic), where mechanical properties such as strength and stiffness vary depending on the direction, the machine can be specifically optimized for certain load directions. This allows for more efficient and targeted use of materials.

Optimized for Unmatched Precision Screening

The RHElite is engineered to perform with unparalleled precision, making it the top choice for the screening of the finest high-end products. Its advanced technology ensures sharper separation of fine particles, significantly enhancing the quality of your output. The sophisticated design and superior performance of the RHElite outpace traditional models, offering a more energy-efficient solution that meets the rigorous demands of modern industry.

Advanced Features for Superior Performance:

  • Optimized for Precision: Tailored to excel in fine particle separation, the RHElite ensures that the quality of your output is nothing short of exceptional
  • Advanced Lightweight Design: Incorporating CFRP, the machine offers an outstanding strength-to-weight ratio, which reduces energy usage and eases the installation and relocation processes
  • Enhanced Load Capacity: Capable of managing higher loads effectively, the RHElite boosts throughput and overall performance
  • Hybrid Construction: The combination of steel and CFRP provides a durable yet lightweight structure, ensuring reliability and longevity
  • Eco-Friendly Efficiency: With its design focused on lower power consumption, the RHElite supports your sustainable operational goals and reduces environmental impact

Precision and reliability

The RHElite is perfect for industries that require the highest level of precision and reliability, including pharmaceuticals, electronics, and specialized manufacturing. Enhance your operational capabilities and step into the future of industrial screening with the RHElite—where innovation meets efficiency.

For more information on the RHElite and how it can transform your production processes, visit our product page or contact our engineer team.

***patent pending***

Company information

More items

Boron Nitride Efficiently Screening Discover how advanced sieving technologies optimize the processing of Boron Nitride. This technology allows for precise separation of the material into highly pure fractions
Boron Nitride Efficiently Screening
Discover how advanced sieving technologies optimize the processing of Boron Nitride. This technology allows for precise separation of the material into highly pure fractions The Role of Boron Nitride and the Importance of Sieving Technology Boron Nitride, also known as Bornitrid, is a critical raw material in various industrial sectors, due to its unique properties such as high thermal conductivity, chemical resistance, and excellent insulating qualities. To ensure the quality and purity of Boron Nitride, sieving technology plays a central role. The requirements for the sieving processes are demanding. The particle size of Boron Nitride varies greatly, and the separation into highly pure fractions is critical for application consistency. Here, the innovative sieving machines from RHEWUM come into play, which are specially tailored for the challenges of sieving Bornitrid. Applications of Boron Nitride Sieving Machines Bornitrid is used in a variety of applications, from lubricants and ceramic components to thermal conductive pastes. For all these applications, the purity of the material is crucial. The Boron Nitride Sieving Machines
07.07.2024  |  2500x  |  Insight  | 
Screening machines for separating glass fiber-reinforced polyamide Learn how RHEWUM’s screening technology optimizes the separation of glass fiber reinforced polyamide beads to increase quality and efficiency in material processing.
Screening machines for separating glass fiber-reinforced polyamide
Learn how RHEWUM’s screening technology optimizes the separation of glass fiber reinforced polyamide beads to increase quality and efficiency in material processing. Introduction The industry is continuously faced with the challenge of processing materials not only efficiently and economically, but also meeting the quality requirements of end products. A special focus is on the processing and separation of plastics, especially glass fiber-reinforced polyamide spheres (PA GF). These specialty plastics, enriched with glass fiber, offer improved mechanical properties and are therefore in high demand in many technical applications. Efficient sieving of these materials is crucial for the purity of the end product and thus for the quality. In this context, RHEWUM sieving machines play a central role. Technological progress in sieving technology RHEWUM’s sieving technology is based on long experience and continuous development to meet the specific requirements of different materials. Particularly in the separation of glass fiber-reinforced polyamide spheres, it is essential to achieve precise separation to secure the desired material
06.05.2024  |  2795x  |  Insight  | 
Screening Machines for Lithium-Ion Battery Recycling As the world gravitates towards sustainable solutions, the recycling of lithium-ion batteries has emerged as a crucial element in our green future.
Screening Machines for Lithium-Ion Battery Recycling
As the world gravitates towards sustainable solutions, the recycling of lithium-ion batteries has emerged as a crucial element in our green future. Central to this process is the handling of ’black mass,’ a complex substance that presents unique challenges in recycling and especially screening. Understanding Black Mass Screening Black mass, primarily composed of valuable metals like lithium, cobalt, and nickel, also contains graphite, which complicates the recycling process. Screening is essential at different stages, such as removing larger metal foils during black mass creation and purifying black mass by removing materials like aluminum and copper. The primary challenge arises from the large fraction of fine graphite particles in black mass, which can be as small as 10 µm. The nature of fine graphite as a sticky, greasy material complicates the process. It tends to adhere to other particles, making separation difficult. Additionally, graphite’s propensity to clog meshes and form agglomerates that move as cakes across screens reduces screening efficiency. Traditional screening methods often struggle
18.03.2024  |  5147x  |  Product news  | 
Sugar - tailor-made to customer specifications Sugar is usually offered in different particle sizes depending on sales requirements. The requirement: Fifteen different particle sizes
Sugar - tailor-made to customer specifications
Sugar is usually offered in different particle sizes depending on sales requirements. The requirement: Fifteen different particle sizes A customer approached RHEWUM with a request to offer fifteen different particle sizes for sugar products. The customer supplies a number of different sugar processing industries, including companies as diverse as beverage manufacturers and bakeries. RHEWUM was therefore asked to provide screening machines that could process the feed material in three stages from very fine classifications to rather coarser separations in the final stage. Versatile high-performance machines Machines of the RHEsono type were used for the fine separations. Here, a high-frequency beater bar movement discharges the screenings at right angles from the screen mesh - the inclination of the mesh enables the screenings to be transported over the screen. For the two stages with coarser separations, smaller machines of the RHEmoto type were used. Maintenance-free unbalanced motors located outside the screen housing transmit high-frequency vibrations via oscillating axes directly into the screen
02.02.2024  |  3027x  |  Product description  | 
PORTALS
BulkSolids-Portal Schuettgut-Portal Recycling-Portal
Related
Bulkgids.nl
SIGN UP FOR OUR NEWSLETTER
Newsletter archive
Service and contact
ContactDisclaimerPrivacyAdvertising
FOLLOW US
Linked