Wrightfield Spray glazer

• Applying glazes to bakery products such as pastries, buns, and cakes.
• Coating confectionery items with sugar solutions or other liquid finishes.
• Evenly distributing oil or water-based solutions onto food items prior to further processing.
• Adding flavourings or preservatives in liquid form to various food products.

Typical throughput

Throughput for spray glazers of this type is typically dependent on product size and belt speed, often ranging from hundreds to several thousand items per hour.

Power supply

Units of this class commonly require a 3-phase electrical supply, with typical voltages found in industrial settings (e.g., 400V, 50Hz in the UK).

Construction material

As described, the frame and contact parts are typically constructed from stainless steel, suitable for food processing environments.

Belt width

This unit features an 850mm wide stainless mesh belt; other units in this category commonly range from 400mm to 1200mm.

Mobility

Many spray glazers, including this unit, are designed to be mobile, often fitted with castors for ease of relocation within a facility.

Maintenance requirements

Regular cleaning of spray nozzles, recirculation system, and belt is typically required to maintain hygiene and operational efficiency.

• What types of glazes can this unit apply?

  A spray glazer of this design is typically suitable for applying various liquid glazes, including egg washes, sugar solutions, oil-based coatings, and water-based finishes.

• Is the spray pattern adjustable?

• How is the glaze temperature maintained?

• What products are suitable for a mesh belt?

• Can this unit be integrated into an existing production line?

Bakery coating equipment generally earns solid regard for improving product consistency and reducing manual labour. Buyers typically value machines offering adjustable coating thickness and reliable spray or enrobing systems. When purchasing used units, inspectors should examine spray nozzles for blockages, verify electrical controls function properly, and assess overall cleanliness of internal components. Common strengths include durability of stainless steel construction and relative ease of maintenance. Industry sentiment favours models designed for straightforward disassembly and cleaning, essential for food safety compliance.

General overview for this equipment type