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ATOMFAIR® laboratory slurry filter machine featuring a blue frame with a top stainless steel hopper tank and a lower metal bucket.

SUS304 Nano Slurry Filter with Magnet Deironing 5L ATOMFAIR®

$4,328.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

SUS304 stainless steel lab nano-scale slurry filter with permanent magnet deironing. 5L capacity, 100 mesh standard filter (customizable up to 1000 mesh). In stock.

SKU: AFMSKBDM055
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Description

ATOMFAIR® NANO-SCALE SLURRY FILTER / MODEL ATOMFAIR-NANOFILTER-8632

RESEARCH GRADE MATERIAL

Product Overview
The ATOMFAIR® premium **slurry filter** (Model No.: Atomfair-NanoFilter-8632) is an advanced, heavy-duty instrumentation ecosystem custom-engineered for high-efficiency **nano-scale slurry filtration** arrays in specialized laboratory settings. Boasting an elegant and sleek modular design, this high-capacity filtration device efficiently adapts to the rigorous requirements of variable nanoscale materials, ensuring robust experimental repeatability. Pre-integrated with an advanced **permanent magnet deironing** block to eliminate parasitic ferromagnetic contaminants, this vacuum-driven device ensures uncompromised chemical purity and fluid consistency across demanding battery prototyping, rheological sampling, and quality validation workflows.

Technical Specifications (International Standard)
PARAMETER NAME SPECIFIC SPECIFICATION
Overall Dimension of Filter 500 × 500 × 510 mm (L × W × H)
Equipment Structural Weight 30 kg for solid benchtop stabilization
Power Adapter Interface AC 220V ± 10%, 50Hz grid compliance
Absolute Vacuum Degree 65 kPa stable negative pressure pull-down capacity
Air Pump Flow Rate 5 L/min steady-state volumetric displacement
Standard Equipped Filter Screen 100 mesh baseline configuration (Customizable on demand)
Optional Filter Screen Extensions Ultra-fine structural options scalable down to ≤ 1000 mesh parameters
Standard Fluid Capacity Volume 5 L large-volume containment vessel (Fully customizable on demand)
Core Material Infrastructure Full SUS304 Stainless Steel (High electrochemical resistance)
Alternative Options Explore our related catalog or custom dimensions. For urgent technical custom requests or bulk inquiries, please contact our support team.


Key Features & Advantages
  • Full SUS304 Stainless Steel: Constructed entirely from elite SUS304 steel, it boasts excellent corrosion resistance, easy cleaning, and complies with internationally accepted laboratory hygiene and durability standards.
  • High-Efficiency Magnetic Deironing: Fitted with a powerful permanent magnet deironing device that efficiently adsorbs metallic iron powder particles suspended in the slurry, ensuring ultimate purity.
  • Low-Impedance Extended Lifespan: Equipped with a matrix filter screen of large active surface area, effectively reducing equipment pressure loss during continuous processing runs.
  • Vacuum-Driven Application Versatility: Powered by an intensive negative pressure circuit that supports interchangeable screens (ranging from 100 mesh down to ≤1000 mesh) to adapt fluid parameters dynamically.
  • Minimalist Aesthetic Form Factor: Balances clean geometric practicalities with an exquisite forming technology, allowing researchers to operate the 5L device efficiently without complex training procedures.

APPLICATION SCOPE: Optimized for large-batch laboratory processing of lithium-ion and sodium-ion electrode slurries, magnetic element scavenging, active chemical suspension refining, and advanced composite polymer fluid filtering within academic cleanrooms and pilot assembly lines.
PACKAGING & TAILORED OPTIONS: Safely enclosed inside heavy-duty, impact-isolated crate structures. For customized fluid volumes, tailored mounting configurations, or specialized mesh selections, contact our engineering group at inquiry@atomfair.com.
IMPORTANT NOTICE: Routinely clean out accumulated iron particle scrap from the active permanent magnetic core assembly after each processing loop to preserve supreme adsorption yields. Flush wetted SUS304 fluid channels with analytical-grade solvents immediately following use to prevent active aggregate baking on internal walls. Regularly evaluate seals on the 5 L/min air pump module to retain absolute 65 kPa airtight negative pressure bounds.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

The device must be operated with a compatible vacuum pump and grounded AC power supply (220V, 50Hz). The permanent magnet assembly should be kept away from sensitive electronics and magnetic storage media.

  • Electrical Safety Constraint: Ensure the power adapter is disconnected before any cleaning or maintenance to prevent electric shock.
  • Magnetic Field Constraint: Keep the device away from pacemakers, credit cards, and other magnetic media due to the integrated permanent magnet.

This procedure outlines the safe operation of the vacuum-driven filtration device with customizable mesh and permanent magnet deironing. Follow these steps to ensure proper filtration and equipment longevity.

Required Equipment: Vacuum pump (capable of ≥65 kPa absolute vacuum, ≥5 L/min), Power adapter (AC 220V, 50Hz), Filter screen (100 mesh standard, ≤1000 mesh optional), Collection vessel (capacity ≥5L)

  1. Select Filter Screen
    Choose the appropriate filter screen mesh size based on your slurry particle size and viscosity.
  2. Assemble Device
    Secure the selected filter screen into the filtration chamber and ensure a tight seal.
  3. Connect Vacuum System
    Attach the vacuum pump to the outlet port and connect the power adapter to the pump.
  4. Position Collection Vessel
    Place a clean collection vessel under the outlet to receive the filtered slurry.
  5. Start Filtration
    Turn on the vacuum pump and introduce the slurry into the filtration chamber.
  6. Monitor Filtration
    Observe the filtration progress and maintain vacuum until the desired volume is processed.
  7. Shutdown and Clean
    Turn off the vacuum pump, disconnect the power, and disassemble the device for cleaning immediately after use.

How does the choice of filter screen mesh size affect filtration rate and vacuum pressure requirements for the Atomfair NanoFilter-8632?

The filter supports mesh sizes from 100 (standard) up to 1000 mesh. Using a finer mesh increases particle retention but also raises pressure drop. With a system vacuum pump providing an absolute vacuum of 65 KPa and flow of 5 L/min, filtration rate decreases as mesh gets finer. The large filtration area helps mitigate pressure loss, but users must expect longer cycle times for high-mesh applications.

Can the Atomfair NanoFilter-8632 be integrated into an existing laboratory vacuum line, or does it require its own dedicated pump?

The filter is shipped as a complete system with an integrated vacuum pump rated at 65 KPa absolute vacuum and 5 L/min flow, powered by AC 220 V±10 % 50 Hz. The inlet and outlet connection types are not specified in the product description, so direct integration into an external vacuum line may require custom adapters. Contact the manufacturer for detailed compatibility guidance.

What cleaning and maintenance procedures are recommended for the permanent magnet deironing device and SUS304 filter body?

The SUS304 stainless steel body is designed for easy cleaning with mild detergents and water, and the filter screen is removable for rinsing or replacement. For the permanent magnet deironing device, accumulated iron powder should be periodically wiped off using a non-abrasive cloth to maintain removal efficiency. The compact, tool-free disassembly design simplifies routine maintenance. After cleaning, all components should be thoroughly dried to preserve surface integrity.

This SUS304 stainless steel slurry filter is designed for nano-scale filtration with a built-in permanent magnet deironing stage and customizable mesh options (100-1000 mesh). The vacuum-driven operation (65 kPa, 5 L/min pump) enables fine particle removal but requires careful matching of mesh size to slurry viscosity and available vacuum capacity.

Positive

  • Corrosion-resistant SUS304 construction: Full SUS304 stainless steel build provides excellent chemical resistance, easy cleaning, and durability consistent with lab hygiene standards.
  • Permanent magnet deironing stage: Integrated permanent magnet efficiently captures iron powder particulates from the slurry, improving filtrate purity without consumable filters.

Trade-offs

  • Vacuum system dependency: Operation requires a compatible vacuum source; the supplied air pump delivers 5 L/min at 65 kPa absolute vacuum, which may limit throughput when using high-mesh screens or viscous slurries.
  • Mesh selection trade-offs: While mesh can be customized up to 1000 mesh, finer screens increase flow resistance and may require longer filtration times under the fixed vacuum level, impacting processing speed.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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