Burkert T-type diaphragm valve liner diaphragm certified by FDA

Sanitary Burkert T-type Diaphragm Valve with Internal Diaphragm Liner, FDA Certified. The Burkert T-type diaphragm valve, imported from Germany, features various surface polishing techniques and automatic evacuation. It is widely used in fermenters, preparation tanks, liquid mixing tanks, seed tanks, cleaning tanks, and other tank equipment.

It solves the problem of blockage caused by excessively long discharge pipes for crystals and solid precipitates, as well as the inability to achieve uniform mixing.

The T-type diaphragm valve incorporates the design and manufacturing processes of diaphragm valves, offering advantages such as high safety, leak-free operation, easy cleaning, low maintenance costs, and ease of operation.

The Burkert T-type diaphragm valve is suitable for imported sanitary applications in the biopharmaceutical industry, including pharmaceuticals, biology, dairy, beverages, chemicals, cosmetics, food, and electronics, and is applicable to fluid control systems.

Among the Burkert T-type diaphragm valve products, representative models include the Burkert T-type diaphragm valve (models 3234 and 2032) and the Burkert tank bottom diaphragm valve (models 3235 and 2033), which will be introduced in detail below.

Burkert diaphragm valves, also known as membrane valves, offer not only safe and stable shut-off functions but also an exceptionally long service life, increasing their value.

The Burkert T-type diaphragm valve, or simply Burkert T-type valve, is particularly widely used in the pharmaceutical, biopharmaceutical, semiconductor, and chemical industries.

What are the differences between this valve and ordinary Burkert diaphragm valves? Why do so many pharmaceutical companies specifically choose to purchase this German-made Burkert T-type diaphragm valve?

Let's briefly explain: The German Burkert T-type diaphragm valve features various surface polishing techniques and automatic evacuation, making it widely used in fermenters, preparation tanks, liquid mixing tanks, seed tanks, cleaning tanks, and other tank equipment.

This design solves the problems of blockage and uneven mixing caused by excessively long discharge pipes for crystals and solid precipitates.

The Burkert T-type diaphragm The valve incorporates the design and manufacturing processes of imported Burkert diaphragm valves, offering advantages such as high precision, leak-free operation, easy cleaning, low maintenance costs, and ease of operation.

It is suitable for fluid control systems in industries related to fluids, including pharmaceuticals, biotechnology, dairy, beverages, chemicals, cosmetics, food, and electronics.

For biopharmaceutical sanitary applications, Burkert T-type diaphragm valves (3234 and 2032) can be used in purified water and water for injection distribution networks within the pharmaceutical industry.

A key feature of this valve is that the entire valve body is machined from a single piece of stainless steel, resulting in a compact and flexible structure that allows for precise sampling or water intake with zero dead angles, facilitating verification.

Depending on the customer's process requirements and installation needs, you can also choose from elbows of the same diameter as the main pipe before and after the valve, parallel pre-valve sampling and post-valve disinfection auxiliary valves integrated with the main valve, various flexible actuators and functional accessories,.

and welded and chuck interface connection methods.

Manual and pneumatic T-type water point valves are available for distribution networks with main pipe diameters from DN8 to DN80, and point valve diameters from DN8 to DN50. The wide range allows for easy combination by users.

For some small-diameter simple water outlets or simple sampling, simplified solutions can be used to save material costs.

Sometimes, to reduce physical installation space, modified T-type water point valves are used. This can reduce space by half and save on corresponding elbow fittings. Pre-valve sampling and post-valve CIP/SIP are also very functional common options for water point valves. are FDA-certified.

Burkert tank bottom diaphragm valves (3235 and 2033) are typically welded to the bottom of a container for optimal discharge, sampling, cleaning, and disinfection.

Depending on the downstream pipeline location, Burkert tank bottom valves can flexibly select left, right, or multiple directions of discharge simultaneously.

The valve body is machined from a single piece of material and can be equipped with CIP/SIP interfaces and sampling ports; the outlet section can be welded or snap-fitted.

If needed, this type of valve can also be welded to the container sidewall, with the valve body's curvature adjusted to perfectly match the customer's container radius. The actuator is designed with operational flexibility and ample space for tools used when changing the diaphragm, maximizing customer convenience.

The 3235 Burkert manual diaphragm valve consists of a manual actuator, a diaphragm, and a tank bottom valve housing. The manual actuator is available with plastic or stainless steel handwheels and can be used in sanitary or corrosive environments.

The flow-friendly valve body allows for large flow rates and is versatile.

Burkert T-type diaphragm valves are available with a variety of common materials and specifications for the valve body and diaphragm. The actuator features a compact, autoclave-compatible design and is compatible with all other Burkert diaphragm valves. We also offer explosion-proof ATEX/IECEx models.

The plug-in housing and handwheel are available in plastic or stainless steel and feature an integrated visual position indicator. Manual actuators can be equipped with stroke limiters, position feedback sensors, and locking functions. The structure and function of the Burkert T-type diaphragm valve:

• Simple construction, minimizing installation space.
• Depending on the installation location, the valve can achieve both pre- and automatic venting. The valve body is machined from cast steel.
• The surface finish of the valve body can be mechanically or electropolished according to customer requirements, with a polishing degree down to 0.25µm.
• The internal structure of the valve allows for maximum flow rates.
• All common standard interface types are available, such as welded, clamp, and threaded connections.
• Valve bodies are all made of SUS304 or SUS316L, but materials can be customized according to customer requirements.
• Manual, pneumatic, or electric actuators are available.
• Our diaphragms are made from imported raw materials, including EPDM and PTFE.

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