Blatrixo Machine Blatrixo Machine

Closed-Loop Abrasive Recovery System for Concrete Surface Preparation Vacuum Sand Suction Machine

Customization: Available
Warranty: 1 Year
Application: Surface Treatment

Product Description

Basic Information
Fuel
Electric
Cleanliness
High Cleanliness
Automation
Automatic
Certification
CE, CB, ETL, RoHS, UR
Feature
Rust / Corrosion Proof
Condition
New
Customized
Customized
Power Supply
220V/380V/415V (Tri-Voltage Compatibility)
Air Consumption
2-4 M³/Min @ 0.7 MPa
Vacuum Pressure
16.7 Kpa (At250-Lxi Model)
Motor Power
2.2 Kw (Standard) / 5.5 Kw (Heavy-Duty)
Abrasive Capacity
60-80 L (Hopper Storage)
Filtration Efficiency
>99.9% (0.5μm Particles)
Hose Length
5-40 M (Flexible Operation Radius)
Media Compatibility
Steel Shot, Glass Beads, Garnet Sand
Mobility
Wheeled Chassis (600-1200 Kg)
Dust Collection
Pulse Jet Filter (Auto-Cleaning)
Transport Package
Wooden Packages
Origin
China
Product Description

The Vacuum Sand Suction Machine is a specialized industrial equipment designed for efficient extraction, transportation, and recycling of granular or powdered materials such as sand, steel grit, coal dust, and mineral ores. Utilizing vacuum suction technology, it operates by creating negative pressure through a high-performance pump, which enables rapid material transfer while minimizing dust emissions.

Vacuum Sand Suction Machine Overview
Key Components
  • Cyclone Separators: For separating abrasive particles from airflow, ensuring high filtration efficiency (>99.9% for 0.5μm particles).
  • Closed-Loop Systems: Enable continuous suction and material recycling, reducing waste and operational downtime.
  • Mobile Chassis: Wheeled designs (600-1,200 kg) allow flexibility in construction sites, shipyards, or foundries.
  • Multi-Voltage Compatibility: Supports 220V/380V/415V power inputs for global adaptability.
Closed-Loop Abrasive Recovery System 1
Closed-Loop Abrasive Recovery System 2
Key Advantages
  • High Efficiency & Energy Savings: Achieves 80 L/min suction flow with low power consumption (2.2-5.5 kW motors). Closed-loop recovery reduces material loss by 90%.
  • Dust-Free Operation: Integrated pulse jet filters and cyclone separators ensure >99.9% dust capture.
  • Versatile Material Handling: Compatible with steel grit, glass beads, garnet sand, and food-grade powders.
  • Durability & Low Maintenance: Stainless steel construction resists corrosion in harsh environments.
  • Mobility & Adaptability: Compact units with 5-40 m hose lengths suit confined spaces and heavy-duty tasks.
Industrial Applications
Industry Use Cases Technical Highlights
Foundry & Metal Recovery of molding sand (new/old), steel shot blasting residue Cyclone separators for abrasive recycling
Construction Concrete surface preparation, tunnel debris removal 160 m³/h vacuum pumps for high-volume suction
Agriculture Grain depot loading/unloading, fertilizer powder transfer Noise levels <60 dB(A) for operator comfort
Pharmaceuticals Direct suction of active pharmaceutical ingredients (APIs) from machinery FDA-compliant filtration for contamination control
Marine Ship hull rust removal, dock sand extraction Corrosion-resistant stainless steel frames
Industrial Application Image 1
Industrial Application Image 2
Why Choose This Machine?
  • Cost-Effective: Reduces material waste and labor costs via automated suction/recycling.
  • Eco-Friendly: Minimizes airborne dust and complies with ISO 14001 environmental standards.
  • Scalable: Modular designs allow customization for niche applications.
Packaging & Shipping
  • Small spare parts secured in plywood wooden cases.
  • All components handled with professional export packaging standards.
  • Shipping: Reliable Container transport for global delivery.
Packaging and Shipping Details
Logistics Overview
Frequently Asked Questions
Q1: How does the vacuum suction mechanism work?

A: The machine uses a rotary vane pump or liquid ring vacuum pump to generate negative pressure. As air is evacuated, materials are drawn through hoses into a cyclone separator, where particles settle into a collection hopper, and clean air is expelled.

Q2: What materials can it handle?

A: It supports dry, non-sticky granules/powders like sand, coal dust, steel grit, and food-grade substances. Liquids require specialized models with spill-proof valves.

Q3: How to maintain filtration efficiency?

A: Regularly clean or replace pulse jet filters and inspect cyclone separators for blockages. Use embossed bags to ensure airtight sealing in dust-sensitive industries.

Q4: What are the limitations in transport distance?

A: Standard models handle 40-50 m horizontal/vertical ranges. For longer distances, booster pumps or specialized high-pressure systems are recommended.

Q5: Can it operate in explosive environments?

A: Yes. ATEX-certified models with spark-resistant motors and anti-static hoses are available for hazardous zones like coal plants.

Q6: What distinguishes industrial models from commercial vacuums?

A: Industrial units feature higher suction power (≥0.7 MPa), ruggedized materials such as stainless steel, and compatibility with abrasive media, whereas commercial vacuums prioritize portability.

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