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Products

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BenchCAT Catalog Product Catalog of Reactor System

  • Perform dynamic temperature-programmed catalyst characterization experiments unattended.
  • Designed for complex experimental applications and provides one-stop services for your laboratory needs.
  • Adopts a modular integrated design scheme, suitable for exploration of reaction conditions and optimization of process conditions
  • Compact architecture design, can be placed on the desktop of the experimental platform, and has the smallest dead volume of the system.
  • Includes over-pressure and over-temperature alarms, power failure, and gas stop treatment, etc.

DSC 600 Reliable, Cost-Effective Calorimetry

  • Multiple heat flow sensor options: base, high-sensitivity, corrosion-resistant, and energetic sample-compatible.
  • Flexible cooling systems: water, mechanical, or liquid nitrogen (LN2).
  • Surrounding dual-PID temperature control delivers accurate thermal curves during both heating and cooling.
  • Ultra-light mineral furnace design reduces heat loss and enhances thermal uniformity and energy efficiency.
  • Optional high-pressure DSC model supports measurements up to 1000 psi for advanced material studies.

TGA 1000/1200/1500 Precise Mass Loss and Decomposition Analysis

  • Proprietary, self-developed hang-down microbalance with 0.1 μg resolution and high stability—no buoyancy correction required.
  • Temperature range options: ambient to 1000°C / 1200°C / 1500°C.
  • Insulated balance housing minimizes thermal drift and ensures accurate mass measurements.
  • Combines high sensitivity, low drift design, and robust thermal insulation for exceptional long-term precision.
  • Seamlessly integrates with mass spectrometry (MS) or FTIR for evolved gas analysis (EGA) in real time.

STA 650 1000 1200 1500 Integrated TGA, DSC/DTA –True Hang-Down STA for Unmatched Accuracy and Sensitivity

  • Simultaneous measurement of TGA and DSC (DTA) for comprehensive thermal analysis.
  • Optimized for evolved gas analysis with high-resolution detection of micro-scale mass and heat changes.
  • Proprietary hang-down balance with thermal insulation and low drift—accuracy without buoyancy correction.
  • Micro furnace design significantly reduces gas buoyancy and enhances baseline stability.

TMA 800 Premium Thermomechanical Analysis for Precision Expansion and Transition Measurement

  • Accurately measures glass transition temperature, stress relief points, and dimensional changes in materials.
  • Broad temperature range: ambient to 800°C (Optional –90°C to 800°C with RCS system).
  • High-sensitivity LVDT sensor detects minute dimensional changes with exceptional precision.
  • Rugged design optimized for small components and materials with low expansion rates (e.g., circuit boards, electronic materials).

RuboSORP MSB High-Pressure Sorption Analyzer Using Magnetic Suspension Technology

  • Gravimetric high pressure sorption analyzer.
  • Patented magnetic suspension balance technology with up to 1μg resolution.
  • Customizable gas dosing unit (static/dynamic).
  • Dual sample containers enable parallel analysis of two samples.
  • Supports the widest max sample capacity, accommodating large or irregular samples without compromising accuracy.

RuboSORP MSB DVS High-Performance Dynamic Vapor Sorption using Magnetic Suspension Technology

  • Gravimetric vapor sorption analyzer.
  • Dual sample containers enable parallel analysis of two samples.
  • Patented magnetic suspension balance technology with up to 1μg resolution.
  • Customizable gas dosing unit (static/dynamic).
  • Option Available: High-pressure up to 10 bar.

Lattice Series Benchtop XRD

  • High-power X-ray diffractometer.
  • Desktop XRD combines high-power X-ray & photon-counting 2D array.
  • Photon-counting detector delivers lab-grade XRD in minutes.
  • Wide-angle goniometer (-3° - 156°).
  • X-ray power: 600W/1600W.
  • Photon-driven two-dimensional array detector.
  • Angle accuracy: ±0.01°.

AMI 400TPx Cost-Effective Catalyst Characterization – Core Functions, Expandable Options

  • AMI’s most economical platform for temperature-programmed catalyst evaluation.
  • Supports TPD, TPR, TPO, and TPSR as standard functions.
  • Accurate gas delivery with 1 MFC and up to 10 gas inlet lines.
  • Broad temperature control: RT to 1200°C (optional –100°C to 1200°C range)
  • Optional features include mass spectrometry, automated loop injectors for pulse chemisorption, and single-point dynamic BET surface area analysis.
  • Three-layered safety system ensures operator and equipment protection.

AMI-400 Fully Automatic Chemisorption Analyzer

  • User-friendly software, auto-lift furnace, flexible gas inlet system.
  • Precise gas control by 1 (Optional: 2 or 3) MFC(s), 8 (optional: 14) gas inlets.
  • Temperature range: RT-1200°C, Optional-130°C-1200°C.
  • High reproducibility for automated loop loop injections with insulated valve box and TCD.
  • Equipped with an auto air-cooling system for faster cooling and shorter test time.
  • Comprehensive, three-layered safety system that protects both users and equipment.
  • A variety of options: vapor dosing, and Mass Spec.

AMI-300 The Flagship Platform for Advanced Catalyst Characterization

  • Precise gas control with 3 MFCs (Optional 4) and 10 gas inlets (expandable to 12).
  • Broad temperature range: RT to 1200°C standard, Optional-130°C to 1200°C.
  • High reproducibility in automated pulse chemisorption with insulated valve box and TCD.
  • Comprehensive three-layered safety system protects both users and equipment.
  • Compatible with advanced modules including vapor dosing, mass spectrometry, and in-situ FTIR.
  • Expandable platform with multiple upgrade paths to meet evolving research needs.

AMI 300 SSITKA Steady-state Isotope Transient Kinetic Analysis

  • Automated chemisorption analyzer with integrated SSITKA (Steady-state Isotopic Transient Kinetic Analysis) functionality.
  • Enables detailed investigation of catalytic mechanisms, intermediate lifetimes, and surface kinetics.
  • Features precise pressure equalization for rapid and accurate isotopic switching.
  • Precise gas control via 4 MFCs and 12 gas inlets for complex experiment designs.
  • Broad temperature control: RT to1200°C (standard), Optional-130°C to1200°C.
  • High reproducibility for automated loop injections with insulated valve box and TCD.
  • Optional upgrades: vapor dosing mass spectrometry, and in-situ FTIR.