Pusher Centrifuge

Pusher Centrifuge for Refined Salt and Vacuum Salt Dewatering Description Pusher Centrifuge for Refined Salt and Vacuum Salt Dewatering is designed for continuous dewatering of refined salt crystals, vacuum salt crystals, and salt slurry in industrial salt production lines. In refined salt and vacuu m salt processing, salt crystals often carry brine, mother liquor, or wash water after washing, crystallization, or slurry discharge. A pusher centrifuge removes free liquid from

Low-Cake-Moisture Pusher Centrifuge for Soda Ash Dewatering Description Low-Cake-Moisture Pusher Centrifuge for Soda Ash Dewatering is designed for continuous dewatering and mother liquor separation of soda ash crystals, sodium carbonate crystals, and soda ash-related crystalline slurry in chemical production lines. In soda ash production or sodium carbonate crystallization processes, the crystal slurry usually contains soda ash solids, alkaline mother liquor, dissolved salts

Description PP series Two-stage Pusher Centrifuge is a kind of perforated basket centrifuge, both continuous and effective. The mixture to be separated is fed through the feeding pipe and the distributor continuously and evenly into the first stage basket. Most of the mother-liquor in the feed, acted on by centrifugal force, departs through the sieves into the liquor-collecting casing where it will be discharged out of the machine. The first stage basket rotates and

2 Stage Pusher Type Basket Pusher Salt Centrifuge With PLC Control for Salt Dehydration Description: The PP-50/60 Two-stage Pusher Centrifuge is a type of perforated basket centrifuge that offers continuous and efficient separation. The centrifuge operates in two stages, allowing for enhanced separation and product quality. The mixture to be separated is continuously and evenly fed into the first stage basket through the feeding pipe and distributor. Under the influence of

2 Stage Pusher Salt Centrifuge Machine For Separation Brief introduction: Model PP Two-stage Pusher Centrifuge is a kind of perforated basket centrifuge, both continuous and effective. The machine can be used to continuously dewater and wash the slurry with crystal and fiber bigger than 50um, so far, it has succeeded in separating more than 200 different kinds of products, such as sodium salt, ammonium salt, PVC, EPS, etc. It is designed reasonably and manufactured accurately

Product Description: The Basket Centrifuge is an ideal solution for sugar processing and other applications such as sea salt and mineral salt. It is designed for a wide range of applications and has a pusher centrifuge design that ensures efficient and reliable performance. It is made of high-quality materials and is capable of operating at temperatures below 105℃. The size of the centrifuge can be customized according to customer requirements, and a pushing type discharge is

Product Description: Basket Centrifuge is the ideal choice for continuous discharge of solid-liquid separation. It is a type of pusher centrifuge, a continuous centrifuge for solid-liquid separation. This centrifuge has two stages: a basket with perforated walls, and a pusher plate. The centrifuge is constructed with materials like SS304, SS316, and DUPLEX SS as options, and it has a PLC control system. It is also able to be customized in size according to the customer's

Hygienic-Design Pusher Centrifuge for Lysine Dewatering Description Hygienic -Design Pusher Centrifuge for Lysine Crystal Dewatering is designed for continuousdewatering, mother liquor separation, and optional cake washing of lysine crystals in amino acid,fermentation, feed additive, and food ingredient production lines. Lysine products are often produced through fermentation, concentration, crystallization, and dryingprocesses. After crystallization, the slurry may contain

Stable Discharge Pusher Centrifuge for Ammonium Sulfate dewatering Description Stable-Discharge Pusher Centrifuge for Ammonium Sulfate Crystal Dewatering is designed for continuous dewatering and mother liquor separation of ammonium sulfate crystals in fertilizer and chemical production lines. Ammonium sulfate crystals usually come from crystallization, evaporation concentration, reaction processes, or by-product recovery systems. After crystallization, the crystal slurry