Y-TYPE Diamond Interaction Chamber
High pressure homogenizers are equipped with various types of valves, nozzles, or chambers. Among them, the Y-Type Interaction Chamber is one of the most powerful. These chambers are made from abrasion-resistant materials, with diamond being the most durable and expensive option. Y-Type Interaction Chamber is firstly disclosed in PAT. NO. 4533254. It has been used by several manufacturers, such as Microfluidics (F20Y, F12Y Interaction Chamber), Avestin (Static Homogenizing Valve) and Nanomizer (Collision-Type Generator). In the Microfluidics system (FIG. 1), the flow stream is split in two channels that are redirected at right angles over the same plane and propelled into a single flow stream. High pressure promotes a high speed at the crossover of the two flows, which results in high shear, turbulence, and cavitation over the single outbound flow stream.
- Full replacement for the chamber of Microfluidizer processors
- Electro polishing and inner Passivation for pharmaceutical application
- Lower cost and higher quality
- Longer warranty period
- Real-time cooling option to reduce oversized particles in USP729 Retaining protein activity
- High pressure connection with the homogenizers of other manufacturers, such as BEE International
Description
We have been providing high-quality Y-type Diamond Interaction Chambers for high-pressure homogenization in compliance with FDA standards. The Single-Slotted Chamber can be used as a full replacement for the chambers from M-110Y, M-110P, M-110L, M110S, and M-110EH Microfluidizers and the Static Homogenizing Valve from Avestin. The Multi-Slotted Chamber can fully replace the chambers used on production units, such as M-210, M-7115, M-7125, and M-7250. Our confidence in the quality of our products allows us to provide a 1-year warranty, compared to the 90-day warranties of other manufacturers.
Brands
Links
Products
Contact Info
Phone
+971 559 64 74 84
sales@equipmentor.ae
Address
No.9, M7, Musaffah
Abu Dhabi,
UAE
Reviews
There are no reviews yet.