Riegler ball valve 335.104 compact structure features

Riegler ball valve 335.104 compact structure features

From the braking system of rail transit to the clean production of food and beverage, its technological advantages have been transformed into productivity improvements in multiple industries.

With the advancement of Industry 4.0 and green manufacturing, this model will continue to innovate in ball valve technology through intelligent and environmentally friendly iterations, providing key support for industrial upgrading.

The 335.104 model adopts a Banjo type valve body structure and achieves three major technological breakthroughs through the integrated design of hollow bolts and annular components:

Maximizing space utilization: Compared to traditional ball valves, its valve body height is reduced by 30% and weight is reduced by 25%, making it particularly suitable for automated production lines with compact equipment layouts.

In the pneumatic circuit of the robot workstation, this model can be directly embedded in a limited space to avoid additional pipeline extension.

Model example:

335.104

335.106

FU 811-M

FU 811

359.012-1/2

359.014-1/4

Bidirectional throttling function: Through the dual side throttling design (marked as "B" type), the flow rate at both ends of the cylinder piston can be independently adjusted to achieve precise motion control.

In stamping machines, by adjusting the opening of the 335.106 ball valve, the downward speed of the piston can be controlled to avoid impact damage to the mold.

Modular installation interface: The combination design of M5 internal thread and G1 interface supports direct installation on pneumatic actuators or pipeline branches, reducing the use of intermediate joints and lowering the risk of leakage.

Material and Process: Corrosion Resistance and Long Life Guarantee

Material selection is the key to adapting the 335.104 model to multiple scenarios:

Valve body material: Nickel plated brass (CW617N), which enhances corrosion resistance through nickel plating and can be exposed to water, compressed air, and non-toxic gases for a long time.

In the CIP (Clean In Place) system of food processing plants, this material can resist corrosion from cleaning agents and extend the service life of valves.

Sealing structure: NBR (nitrile rubber) sealing ring is used, which balances elasticity and oil resistance, maintaining sealing performance at low temperatures of -15 ℃, and can withstand media such as mineral oil and hydraulic oil.

Surface treatment: The valve body surface is polished and passivated to reduce fluid resistance and minimize the risk of scaling. For example, in the aeration system of a sewage treatment plant, this treatment process can prevent sludge adhesion and ensure long-term smooth operation.

The Riegler 335.104 ball valve has built a standardized solution for industrial fluid control with "precise parameters, compact structure, and reliable materials" as its core.

Riegler ball valve 335.104 compact structure features