Industry Background: The Challenge of Incubation Stability in Tropical Climates

For commercial hatchery operators in Africa and other tropical regions, extreme external heat and significant diurnal temperature variations are the primary factors affecting hatching rates. Traditional incubation equipment lacking sufficient insulation requires frequent cooling or heating compensation, which not only causes drastic fluctuations in the internal micro-environment but also significantly increases energy consumption. In single-stage incubation, embryonic development consistency relies heavily on the absolute stability of the internal environment.

Technical Core: 75mm Fiberglass Panels and XPS Insulation Architecture

To address thermal load challenges in African conditions, the Onelye ELT series utilizes industrial-grade high-thickness insulation. According to technical specifications, the ELT-57600S features fiberglass panels with a thickness of 75mm, while the ELT-38400S utilizes 48mm panels, both with XPS foam cores.

• Thermal Inhibition: The 75mm thickness combined with the high R-value of XPS foam effectively blocks external thermal radiation from penetrating the cabinet.

• Material Reliability: Compared to traditional painted metal, fiberglass is naturally resistant to rust and corrosion, effectively withstanding chemical erosion in tropical humid conditions without harboring bacteria.

• Structural Integrity: The double-wall construction and polyester materials ensure long-term airtightness, minimizing cooling loss and maintaining pressure stability.

Parameterized Support: Pt1000 Sensors and 0.01°C Monitoring Precision

Passive insulation alone is insufficient. To cope with Africa's variable environments, the equipment integrates Pt1000 industrial-grade high-precision sensors.

The system achieves a temperature display precision of 0.01°C and maintains