Four Lab Models – Covering All Separation Processes
Sedimentation · Filtration · Thickening+Filtration · Scraper
Lab Model Overview
Blovebird Lab’s four models cover sedimentation, filtration, combined thickening-filtration, and continuous scraper-discharge
separation — handling diverse materials and separation goals.
Features:
• Continuous Automation
• Fast, Thorough Scraper Discharge
• High-viscosity Compatible
Working Principle:
Centrifugal force retains solids on the filter cloth to form a cake; the liquid phase is discharged, and the scraper discharges the cake automatically.
H300C Horizontal Scraper Centrifuge
Suitable for: high-viscosity, fine-particle solid-liquid separation requiring continuous operation.
Features:
• Universal Sedimentation
•Quick Changeover (<30 min)
• Minimal Residue (gap <1 mm)
• Easy Operation
Working Principle:
Centrifugal sedimentation + screw conveying: solids are thrown to the wall, while the separated liquid overflows from the center.
HY Horizontal Screw Sedimentation Centrifuge
Suitable for: Fine powders and materials that stratify noticeably after standing (food, chemical, pharmaceutical).
Features:
• Continuous Operation
• High Throughput
• Anti-vibration / Overload Protection
• Low Cake Moisture
Working Principle:
First thickening (liquid overflow discharge), then filtration (screen dewatering), with screw differential-speed discharge.
LWLZ Horizontal Scroll Thickening-Filtration Centrifuge
Suitable for: Low solids content, particle diameter 0.1–10 mm (filamentous / crystalline).
Features:
• Corrosion-resistant Stainless Steel /
Titanium Alloy
• Screen Thickness 0.5 mm (10–250 mesh)
• Stepless Speed Control
Working Principle:
Screen filtration + screw differential-speed conveying: solids progressively dewater from feed end to discharge end.
MY Horizontal Scroll Screen Centrifuge
Suitable for: Coarse particles 0.05–10 mm (chemical, food, salt, pharmaceutical).
Free Sample Testing – We Do the Lab Work for You
Blovebird Lab is equipped with four experimental models and offers customers a free sample-testing service. Simply send your sample to us — we will run the separation test in our lab and document the entire process.
Sample Submission
Customer submits • Material + requirements
Sample Testing
Model matching • Separation achieved
Data Logging
Filmed throughout the process • Footage archived
Feedback
Moisture content + model selection advice
Data scalable to production
Representative Sample-testing Cases
Sodium Carbonate Decahydrate
PETS
Ammonium Sulfate
Quick Selection Guide – Choose the Right Machine
Blovebird Lab is equipped with four experimental models and offers customers a free sample-testing service. Simply send your sample to us — we will run the separation test in our lab and document the entire process.
| Best-matched Model | Material Type | Representative Cases | Typical Moisture |
|---|---|---|---|
| H300C | High-crystallinity inorganic salts, viscous materials |
Washing soda (1.86%) | ≤2% |
| HY80 | Organic esters, fine-powder suspensions | PETS (0.56%) | ≤1% |
| LWLZ150 | High-concentration inorganic salts, organic acid crystals |
Ammonium Sulfate (0.33%) Purified Adipic Acid (1.49%) |
≤1.5% |
| MY150 | Crystalline organic salts, dye intermediates | Sodium Formate (0.62%) Red Salt (0.82%) |
≤1% |
Recommended model strategy for client samples:
• High-crystallinity inorganic salts (e.g., carbonates, sulfates) → H300C recommended
• Organic esters or ultra-fine suspensions → HY80 recommended
• High-concentration salt-solution crystallization systems → LWLZ150 recommended
• Organic acid salts or fine-chemical intermediates → MY150 recommended
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Wherever your centrifuge came from — if you’re facing
equipment failure, underperformance, or lack of after-sales
support, Bluebird’s Maintenance & Retrofit Center delivers
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