Material Composition | Chemical processing, lab research | Industry Standard: Stainless Steel (ASTM A240) Our Base: 316L SS + PTFE Lining (ASTM F38) Our Advanced: Duplex SS (ASTM A890) + 2mm PTFE (▲) | ▲ Enhanced corrosion resistance in harsh chemicals Lightweight durability | Higher cost for Advanced tier due to specialized alloys and lining thickness |
Capacity | Small-scale synthesis, pilot testing | Industry Standard: 0.1–1L (ISO 80000-4) Our Base: 0.1L (ISO 80000-4) Our Advanced: 0.5L (▲) | Precise for micro-batch experiments Compact footprint | Limited scalability for industrial volumes |
Automation Level | Automated labs, quality-controlled plants | Industry Standard: Manual operation Our Base: PLC-controlled automation (ISO 13849-1 PLe) Our Advanced: IoT-enabled remote monitoring (▲) | ▲ Reduces human error and labor costs Real-time data logging | Requires IT infrastructure for Advanced tier |
Pressure Resistance | High-pressure synthesis, catalysis | Industry Standard: 50 bar (ASME BPVC) Our Base: 100 bar (ASME BPVC) Our Advanced: 150 bar (▲) | ▲ Handles extreme conditions for supercritical fluid applications | Heavier construction limits portability |
Temperature Range | Thermal stability testing, sintering | Industry Standard: Up to 200°C (ISO 17025) Our Base: 250°C (ISO 17025) Our Advanced: 300°C (▲) | ▲ Operates in high-temperature environments like polymer curing | Requires specialized cooling systems for Advanced tier |
Corrosion Resistance | Acid/base handling, pharmaceuticals | Industry Standard: Unlined carbon steel Our Base: PTFE-lined (ASTM F38) Our Advanced: Double-layer PTFE + Hastelloy (▲) | ▲ Withstands 50+ chemical exposures (ASTM D543) No cross-contamination | Advanced tier adds weight and complexity to maintenance |