Mixing Efficiency | High-volume brick production | Industry: 70% homogeneity (ISO 2554) Our Base: 85% (▲15%) Advanced: 95% (▲25%) | Ensures consistent brick quality Reduces waste due to uniformity | Requires regular shaft alignment checks Advanced models need skilled operators |
Raw Material Flexibility | Recycling industrial waste (fly ash, etc.) | Industry: 2-3 materials Base: 4+ (shale, coal gangue, clay, fly ash) Advanced: 6+ (▲4) | Reduces dependency on clay Converts waste into usable raw material | Non-standard materials may require pre-processing Advanced models have higher power demands |
Power Flexibility | Global installations (varies by region) | Industry: 2 voltage options (e.g., 220V/380V) Base/Advanced: 3 options (220V/380V/440V) | Versatile for different power grids Reduces retrofitting costs | Incorrect voltage selection may damage components Advanced models require higher power infrastructure |
Production Capacity | Large-scale brick manufacturing | Industry: 250-400 units/hour (ISO 9283) Base: 300-500 units/hour (▲20%) Advanced: 600+ units/hour (▲40%) | High throughput for industrial use Cuts labor costs for mass production | Requires significant space and labor Advanced models have complex maintenance needs |
Extrusion Technology | Precision brick shaping | Industry: Standard extrusion (ASTM C126-18) Base/Advanced: Vacuum extrusion (▲Reduces air pockets by 30%) | Stronger bricks with fewer defects Improves durability and compressive strength | Higher maintenance costs Advanced models need frequent vacuum system checks |
Warranty and Support | Long-term operational reliability | Industry: 1 year (ISO 9001) Base: 1 year Advanced: 2 years (▲1 year) | Covers parts and labor Advanced models offer extended coverage | Base model’s warranty shorter than some competitors Advanced requires proof of maintenance compliance |