Waste Disposal and Recycling
Robust cooling and hydraulic solutions for dusty and demanding systems
The waste, disposal, and recycling industry places high demands on machinery and components. Diverse materials, dusty environments, and heavy loads require reliable systems for stable continuous operation. Especially in baling, cutting, and processing hard materials, performance, precision, and reliable temperature control are crucial.
Universal Hydraulik supports operators and OEMs with durable solutions for cooling hydraulic oil – even under harsh operating conditions.
Typical applications:
- Balers and press hydraulics
- Cutting systems / shredders / size reduction
- Recycling plants with high thermal stress
- dusty environments with increased maintenance requirements
Cooling for dusty conditions: Oil-to-air coolers & bypass cooling Units
For applications without cooling water or in highly contaminated environments, oil-to-air coolers and oil-to-air bypass cooling units are suitable. These can be equipped with special filters for dusty conditions to ensure consistent cooling performance and operational reliability.
Water-cooled solutions: robust heat exchangers
For water-cooled applications, we offer robust, industrial-grade heat exchanger solutions – ideal for processes with high heat dissipation and stable temperature requirements.
Products and solutions:
Oil-to-air coolers, oil-to-air bypass cooling units, industrial bypass cooling units, shell and tube heat exchangers
Frequently Asked Questions (FAQ)
Oil-air coolers or bypass cooling units are frequently used – especially in dusty conditions or when no cooling water is available.
They support hydraulic oil cooling and can simultaneously help improve operational reliability in continuous operation – especially under high loads and with changing materials.
Yes. Oil-to-air coolers and bypass cooling units can be equipped with special filters to operate reliably even in heavily contaminated areas.
Shell and tube heat exchangers are a robust solution for water-cooled applications, especially when stable cooling performance and industrial durability are required.
Typical data includes oil temperatures, desired cooling capacity (kW), flow rate (l/min), installation situation, and environmental conditions (e.g., dust exposure).
