Solvent Recovery System w/N2 Gas Inerting Unit
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Yamamoto

Japan
Condition: Used - Excellent
Scale: Lab
Status: Ready-to-Ship
Ships From: California, US

Product Description

Yamato GAS410 Organic Solvent Recovery System integrates N2 gas sealed circulation technology with integrated cooling for safe spray drying of organic solvent-based samples in laboratory and R&D environments.

Key Features

  • Highly secure N2 gas sealed circulation system that prevents external discharge of toxic samples
  • Integrated freezer and compressor components eliminate need for separate cooling apparatus
  • Low temperature drying capability specifically engineered for heat-sensitive materials
  • Comprehensive safety measures including flammable gas detection, O2 density control, and temperature monitoring
  • Multiple self-diagnostic functions with automated safety protocols and alarm systems
  • Compatible with acidic samples when used with recommended GWS410 Organic Solvent Washing Unit
  • Validated for applications in pharmaceutical development, material research, and fine chemical processing

Additional Documentation (NDA Required)

  • Detailed Technical Specifications

Key Technical Specifications

System TypeN2 gas sealed circulation
Temperature Safety FunctionsInlet and outlet overheat detection
Safety Detection FeaturesFlammable gas, O2 density, spray nozzle presence
Particle Size Range10-100 μm
Control InterfaceDigital temperature monitors with PID control
Alarm SystemAutomated shutdown with audible alarm
Optional AccessoriesFilter elements, flow meters, specialized packings
CompatibilityOrganic solvents, heat-sensitive materials
ApplicationsPharmaceuticals, food products, industrial materials

Applications

The GAS410 Organic Solvent Recovery System is specifically engineered for laboratory and R&D environments requiring controlled processing of organic solvent-based materials. Key application areas include:

Pharmaceutical Development

  • Conversion of liquid medications into precisely defined powdered formulations
  • Processing of hard-to-crystallize or heat-sensitive active pharmaceutical ingredients
  • Production of excipients and preservatives with controlled particle morphology

Material Research

  • Processing of polymer materials and super conductivity compounds
  • Development of non-oxide ceramics with specific particle characteristics
  • Encapsulation of active substances for improved stability and functionality

Industrial Applications

  • Production of catalyst supports and ceramic materials with precise attributes
  • Development of specialized coatings and pigments requiring controlled processing
  • Microencapsulation of volatile compounds for extended shelf life and stability

Machine Requirements

Electrical Standards

UL: Underwriters Laboratories (U.S. safety certification)