Solid-Liquid Separator (Our Base) | Small farms, manure composting | Stainless Steel Construction (ASTM A240 Grade 304) ▲ 3kW Motor (IEC 60034 IE3) Separation Efficiency: 85% Solid Recovery (ISO 23529) | Low maintenance cost ▲ Quiet operation (65 dBA ▲) Compact design | Limited capacity (2 Tons/Hour) Requires pre-screening of debris |
Drum Screen Separator (Industry Standard) | Medium-scale livestock farms | Carbon Steel Frame ▲ Motor: 2.2kW (IEC 60034 IE2) Mesh Size: 5-15mm (ISO 3310) | High throughput (3-5 Tons/Hour ▲) Low energy consumption | Prone to clogging ▲ Higher noise (80 dBA) Less durable in corrosive environments |
Screw Press Separator (Our Advanced) | Large dairy/pig farms | Duplex Stainless Steel (ASTM A890 Grade DSS) 5kW Motor (IEC 60034 IE4) ▲ Separation Efficiency: 92% ▲ Auto-feeding system | High capacity (4 Tons/Hour ▲) Corrosion-resistant ▲ Low labor demand ▲ | Higher upfront cost ▲ Requires专业 installation |
Centrifuge Separator (Industry Premium) | Industrial waste treatment plants | Titanium Alloy Rotors (ASTM F1477) 10kW Motor (IEC 60034 IE5) Separation Efficiency: 95% ▲ | Ultra-high efficiency ▲ Minimal residue ▲ | High energy cost ▲ Complex maintenance ▲ Large footprint ▲ |
Manual Separator (Entry-Level) | Small-scale backyard farming | Galvanized Steel Frame ▲ Manual Crank Operation Separation Efficiency: 70% (Manual Testing) | Low cost ▲ No power required | Labor-intensive ▲ Low throughput (0.5 Tons/Hour) Not scalable |
Hybrid Separator (Industry Hybrid) | Mixed-use agribusinesses | Stainless Steel + Polymer Components (ASTM D638) Hybrid 4kW Solar/Power Motor ▲ Separation Efficiency: 88% (Dual-Stage Process) | Energy-efficient ▲ Adaptable to off-grid use ▲ Moderate capacity (3 Tons/Hour) | Moderate cost ▲ Requires solar infrastructure ▲ |