This multi-calf feeding bucket is mainly designed for group calf feeding environments.
Compared with standard single-teat buckets, the product faces higher requirements in structural stability, long-term loading performance and daily cleaning convenience.
The product is manufactured using rotational molding technology with modified PE material.
Compared with standard plastic materials, the modified PE formulation focuses more on long-term structural stability, impact resistance and durability under outdoor farm conditions.
UV stabilizers are added to improve long-term outdoor performance.
Under low-temperature conditions, the material is designed to maintain good toughness, helping reduce cracking risks caused by repeated impact and daily use.
The current material system is designed for working environments approximately between: -30°C and +60°C
Structurally, reinforcement is added around the outer body to improve overall stability and long-term deformation resistance.
Additional reinforcement is also applied around the upper hanging areas to support long-term suspended loading conditions.
The six-teat design is intended to improve feeding efficiency in group calf systems while helping reduce competition during feeding.
Rotational molding technology also helps create a more uniform wall thickness structure, improving long-term stability during daily farm use.
Current product specifications:
Dimensions: 71 cm × 30 cm × 39 cm
Capacity: 36 L
Teats: 6 pcs
Weight: approximately 4 kg
During practical use, we continue observing:
teat fixing stability, structural performance after repeated pulling, and daily cleaning convenience.
For products like this, long-term material stability is often more important than short-term appearance.
Production parameters and supplier management remain under controlled conditions to improve batch consistency during long-term supply.
SLHER focuses more on real materials, long-term product performance, and continuous observation under practical farm environments than exaggerated marketing language.
