Material specifications and requirements for Techno-G Ball Segment Valve executions
Each project, application or duty requires the highest standard material executions. Techno-G has a wide range of applications and is available in a large variety of materials or coatings.
Please find hereunder the standard options and choices for Techno-G execution materials.
Product housing, flanges and valve head:
Stainless Steel 316L / 1.4402, 1.4571(316Ti), or at choice Hastelloy C22 / 1.2406
Stainless Steel 316L / 1.4402, 1.4571(316Ti), or at choice Hastelloy C22 / 1.2406
PTFE lining or ETFE lining. Possible other lining or coating at your request
To clarify the difference between “Product wetted parts” and “product contacted parts”, please find on the left an example of the materials deviation.
Sealing
EPDM W or B, Viton®W or B (FKM), Perlast®(FFKM)
EPDM W or B, Viton®W or B (FKM)
If you would like to receive a more “customized” Techno-G Ball Segment Valve, please make use of the “get a quote” button
PROCESS APPLICATIONS
Tailored to perfection
Techno-G products are versatile, serving a multitude of applications such as vacuum dryers, paddle dryers, vacuum locks, blenders, centrifuges, conical dryers, mixer vessels, and reactors. They provide not only optimal functionality but also dependable and secure operation.
Techno-G products are versatile, serving a multitude of applications such as vacuum dryers, paddle dryers, vacuum locks, blenders, centrifuges, conical dryers, mixer vessels, and reactors. They provide not only optimal functionality but also dependable and secure operation.
Techno-G valves are utilized across a wide spectrum of sectors, from Pharmaceuticals, Chemicals, and Fine Chemicals to API, Food, Cosmetics, Minerals, and Metals, among others. Whether it’s ensuring consistent flow control in pharmaceutical production, exact modulation in the creation of fine chemicals, or sterile management in food processing, our Ball Segment Valves consistently offer unmatched efficacy tailored to your industry’s unique needs.
