Mineral deficiencies in cattle and sheep lead to reduced milk production and survival rates, resulting in significant economic losses.
To address deficiencies in minerals (calcium, phosphorus, magnesium, zinc, copper, selenium, cobalt, etc.), vitamins (especially VA, VD, VE), and trace elements, thereby improving production performance, most ranch owners opt to use hydraulic presses to manufacture salt blocks.
Hydraulic presses play an irreplaceable role in salt brick production
1. Advantages of High-Pressure Molding
300-600 ton pressure achieves salt brick density of 2.2-2.5 g/cm³
Lick resistance enhanced by 3-5 times
Rainwater erosion resistance extended to 60-90 days
2. Nutritional Assurance Characteristics
Uniform pressure distribution ensures mineral distribution coefficient <8%
Prevents nutritional imbalance caused by stratification
How to choose a hydraulic press suitable for manufacturing salt bricks?
| Indicator | Compliance Parameter | Substandard Equipment Risk |
| Pressure Stability | Fluctuation <5% | Stratified cracking |
| Mold Precision | Hardness tolerance ±2% | Edge burrs causing oral injuries |
| Energy Efficiency | ≤8kW·h/ton | Surging electricity costs |
| Corrosion Resistance | Stainless steel contact surfaces | Component corrosion failure within 3 months |
Stability is the primary consideration when selecting salt bricks, as it determines their quality and nutrient distribution, directly impacting livestock's experience.
What factors affect the stability of a hydraulic press?
