Two Stage Titanium Alloy Pusher Centrifuge

Two Stage Titanium Alloy Pusher Centrifuge Specification

Product Type
Two Stage Titanium Alloy Pusher Centrifuge

Material
Titanium Alloy (Contact Parts), Mild Steel/Stainless Steel (Non-Contact Parts)

Type
Horizontal Pusher Centrifuge

Centrifugal Chamber
Titanium Alloy Chamber

Motor
Heavy Duty Electric Motor

Refrigeration System
Not Included

Temperature Control Range
Ambient to Process Specific

Speed
Up to 2000 RPM

Filtration Area
0.15 m2 to 2.0 m2 (Depending on model)

Design Standard
GMP & ATEX Compliant

Application
Chemical, Pharmaceutical, Mineral, Food Industries

Safety Features
Automatic Interlocking, Emergency Stop, Overload Protection

Installation
Skid Mounted for Easy Installation

Vibration Monitoring
Integrated Vibration Sensors

Basket Diameter
300 mm to 1000 mm (Model dependent)

Surface Finish
Mirror / Matt Finish (as required)

Discharge Type
Automatic Pusher Discharge

Sealing Type
Mechanical Seal / Lip Seal provided

Main Drive Power
15 kW to 75 kW

Process Stages
Two Stage Continuous Operation

Control System
Programmable Logic Controller (PLC) based

Feed Capacity
50 kg/hr to 3000 kg/hr

Two Stage Titanium Alloy Pusher Centrifuge Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

About Two Stage Titanium Alloy Pusher Centrifuge

Select the Two Stage Titanium Alloy Pusher Centrifuge for your demanding industrial needs and claim a valuable discount-ending soon! Engineered as an invincible solution for solid-liquid separation, this paragon centrifuge features a robust titanium alloy chamber and automatic pusher discharge for reliable, continuous operation. Available in a range of basket diameters and feed capacities, this GMP and ATEX compliant machine meets strict safety and quality standards. Integrated PLC control, vibration monitoring, and enhanced safety features make this the premium choice for chemical, pharmaceutical, mineral, and food industries.

Versatile Applications & Unrivaled Material Performance

The Two Stage Titanium Alloy Pusher Centrifuge is extensively used in chemical, pharmaceutical, mineral, and food industries. Its titanium alloy contact parts ensure resistance to corrosion and durability, while sophisticated control features guarantee operational excellence. Competitive advantages include continuous processing via automatic pusher discharge, high process reliability due to integrated vibration sensors, and compliance with critical GMP and ATEX norms, making it a preferred solution for rigorous filtration tasks.

Exports, Certifications, and Supply Capabilities

Valuation of the Two Stage Titanium Alloy Pusher Centrifuge is supported by robust certifications and consistent goods transport. This equipment is exported to top-rate markets across Europe, Asia, and the Americas. With GMP and ATEX compliance, each unit undergoes thorough quality assessment. Supply ability is adaptive, scaling to client requirements and ensuring timely delivery to meet both standard and customized order rates worldwide.

FAQ's of Two Stage Titanium Alloy Pusher Centrifuge:

Q: How does the two stage continuous operation process improve productivity?

A: The two stage continuous operation enhances productivity by enabling uninterrupted solid-liquid separation, reducing downtime, and optimizing material throughput, which is ideal for high-capacity processing requirements.

Q: What materials are used in constructing this pusher centrifuge?

A: The centrifuge's contact parts are manufactured from durable titanium alloy, ensuring resistance to corrosion and chemical wear, while non-contact parts are made from high-quality mild steel or stainless steel for additional structural integrity.

Q: When should you select the titanium alloy model over standard alternatives?

A: Choose the titanium alloy model when processing corrosive or high-purity materials, or when extended equipment longevity is crucial for challenging industrial environments, such as chemical or pharmaceutical production.

Q: Where is this centrifuge commonly installed and used?

A: This centrifuge is typically installed in chemical, pharmaceutical, mineral, and food processing facilities that require continuous, high-efficiency filtration and comply with GMP and ATEX standards.

Q: What safety features are integrated into the system?

A: The centrifuge includes automated interlocking, emergency stop mechanisms, overload protection, and integrated vibration sensors, ensuring safe and reliable operation throughout its usage.

Q: How does the automatic pusher discharge system benefit users?

A: The automatic pusher discharge system streamlines the removal of solids, minimizes manual intervention, and supports steady, consistent product output, thus enhancing efficiency and reducing operational costs.

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