The XDV Y Type Strainers are constructed from rugged castings that are machined to exacting specifications. These bodies have drilled flanges that are in accordance with ASME B16.1. Alternatively to EN, DIN, BS or JIS Standards. The XDV Y strainer features a machined groove in both the body and cover for proper screen alignment and to ensure accurate reseating when servicing is required. The gasket is a synthetic fiber that is compressed between the body and cover for maximum strength and durability. Upon request, The XDV Y Type strainers can be furnished with a blow-ff plug. Standard perforated 304stainless steel screens are furnished for a maximum strength. Different size perforations and meshes are available in stainless steel Monel, and brass to meet specific media requirements. f the media is not indicated, screens for water will be supplied. Self cleaning is accomplished by opening the valve or drain plug connected to the blow-off port. Y Strainer take their name from their configuration. They are most commonly used in pressurized lines, gas or liquid, but can also be used in suction or vacauum conditions . They are intended for application where small amounts of solid particulate are expected and where clean-out will be infrequent. If solids will flush easily from the screen, and fluid can be exhausted to atmosphere, a blow-down valve on the drain port will allow clean-out without removal of screen, and without interrupting the process flow.

XDV T Strainer is installed into a pipeline system to remove unwanted debris from the pipeline flow. ln comparison to Y Strainers, T Strainers are commonly used in pipelines where debris loading is high and the collection of solids is required. T strainers can be installed in a series to provide more effective filtration of unwanted debris. Straining of the pipeline flow is accomplished via a perforated or mesh lined screen, internal to the strainer. In general, the size of the screen perforation should be slightly smaller than the smallest debris particle to be removed. If the basket perforation is undersized, the basket may require excessive cleaning. Consequently if the screen perforation is oversized, unwanted debris may be permitted to flow through the pipeline, possibly damaging downstream equipment. The correct size of T Strainer is determined by its job function, not by the size of the pipeline.

XDV Control Valves covering pressure control and flow control valves, and are designed and manufactured to ensure leakage of less than 100 ppm (parts per million) of volatile organic compounds. Extensive base line laboratory testing (static and cycle testing) has been performed establishing critical design parameters necessary to achieve low emission sealing in the XDV stem packing seal area and in the bonnet gasket sealing area, ln-house testing procedure has been developed and is periodically performed to ensure that standard product design and manufacturing criteria consistently result in the XDV Control Valves meeting a maximum of 100 ppm voc leakage prior to shipment.

This is a specialized sulfuric acid distribution equipment, made with our company's unique XDS series material, which is resistant to acid and high temperature corrosion. Its performance surpasses that of similar foreign materials, and its industrial application began in 1999.

The XDSS low-temperature recovery tower is mainly used in sulfuric acid production enterprises, including sulfuric acid production from sulfur, sulfuric acid production from pyrite, and sulfuric acid production from smelting flue gas.

An acid drying tower is a device used to process corrosive acids. Its main function is to remove moisture from acid solutions containing water by passing them through the drying tower, thus achieving a certain degree of dryness.

Sulfuric acid absorption tower is a core piece of equipment in sulfuric acid production and waste acid treatment, mainly used for gas drying, absorption, and waste acid concentration and recovery.

Used in high-temperature and highly corrosive environments to protect, isolate, or reinforce equipment ports or critical components.

This is a specialized device installed at the bottom of sulfuric acid production or processing units (such as absorption towers and storage tanks) to efficiently remove solid particles, suspended matter, and other impurities from concentrated sulfuric acid, ensuring acid purity and protecting the stability of downstream equipment and processes.

The low-temperature recovery evaporator is manufactured using XDS alloy components, demonstrating excellent performance in terms of economic efficiency, energy saving, and environmental compliance.

Sulfuric acid diluents are manufactured using XDS alloy components and are primarily used in pipelines to dilute concentrated sulfuric acid, serving as a mixing and acid preparation tool.

The XDSS static mixer features rapid and efficient mixing, simple structure, and good corrosion resistance. The mixing unit utilizes our patented analog design structure, ensuring more thorough mixing.