CrossWall Transfer System

Cat. No. Description Specification Unit Price Quantity
CE01518734-01 Basic Model. Installation method: an integrated nesting type. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 50; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-02 Standard Model. Installation method: by threaded counter-twisting. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 50; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-03 Full-Feature Model. Installation method: an integrated nesting type. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 100; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-04 Full-Feature Model. Installation method: by threaded counter-twisting. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 100; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-05 Full-Feature Model. Default is embedded installation style with stainless steel blind plates at both ends, customizable blind plate openings. Compatible Wall Thickness (mm): A; Sleeve Nominal Size (in): B each Inquiry
CE01518734-06 Full-Feature Model. Installation method: by threaded counter-twisting. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 50; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-07 Full-Feature Model. Installation method: by threaded counter-twisting. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 50; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-08 Full-Feature Model. Installation method: by threaded counter-twisting. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 100; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-09 Full-Feature Model. Installation method: by threaded counter-twisting. Stainless steel blind plates on both ends. Compatible Wall Thickness (mm): 100; Sleeve Nominal Size (in): 4 each Inquiry
CE01518734-10 Full-Feature Model. Default is embedded installation style with stainless steel blind plates at both ends, customizable blind plate openings. Compatible Wall Thickness (mm): A; Sleeve Nominal Size (in): B each Inquiry

Add to Cart

Product Description
Product Description
The LePurport Crosswall transfer system facilitates the aseptic transfer of single or multiple fluid streams through a single stainless steel channel, integrating many disposable components that do not require cleaning validation, thereby reducing costs.
Features
· Eliminates the need for CIP and SIP, avoiding complex cleaning and validation processes.
· Flexible design, ideal for both new workshop construction and renovation of existing ones, no welding required.
· Ensures simultaneous transfer through one or more pipelines without compromising cleanliness levels between different rooms.
· Allows for reliable online transfer, reducing risks associated with multiple transfers.
· Offers modular design to meet various wall thicknesses, cleanliness levels, and sleeve specifications.
Specifications
Wall Thickness Compatibility: 50mm, 100mm (Available for other thicknesses)
Transfer Level: - (Based on client requirements)
Sleeve Total Length: - (Customizable to client needs)
Wall Material: 304 Stainless Steel (Upgrade to 316L Stainless Steel available)
External Surface Roughness: Ra0.8 (Customizable to client specifications)
Sleeve Diameter Specifications: 4" (Other sizes available upon request)
Installation Methods: - (Threaded counter-twisting, sleeve nesting options)
Applications
Application Description
· Material transfer within cleanrooms of the same cleanliness level
· Material transfer between cleanrooms of different cleanliness levels
· Simultaneous transfer of multiple different components of medicinal liquids between two cleanrooms
· Disposable production process upstream and downstream online connection
Related Products

Online Inquiry

Note: If you don't receive our verification email, do the following:

GET IN TOUCH
7x24

Seamless access to cutting-edge products and services with our professional support.

Copyright © Amerigo Scientific. All rights reserved.