Powder‑coated chicken wings are hit products for fast‑food chains, quick‑frozen prefabricated food in supermarkets and central kitchens. With golden crispy crust and tender juicy chicken inside, they enjoy strong market demand and consistently rank high in sales of prepared meat products. Chicken wings feature irregular shapes with bones and meat, and the thickness of outer powder coating is highly sensitive to heat. During high‑temperature processing, problems such as powder shedding, uneven coloring, undercooked interiors and oozing blood from bones easily occur. It sets high requirements for temperature‑control capacity, conveying stability and residue filtering effect of frying machines, and has become a major production pain point for many food factories.
Many processing factories still adopt old‑style frying machines and simple frying equipment for production. Ordinary frying machines have slow temperature‑control response. Oil temperature drops sharply and fluctuates violently after large‑batch feeding. At excessively high temperature, the outer coating gets burnt instantly while the chicken wing is not fully cooked. If oil temperature is too low, frying time has to be extended, which makes chicken wings absorb excessive oil, taste greasy and the crispy crust turns soft quickly. The conveying structure of traditional frying lines is simple. Chicken wings in different sizes tend to float, shift and stack against each other in oil, causing massive powder shedding and crust damage, high defective rate and heavy raw‑material loss.
A large amount of powder residues fall into the oil tank when coating peels off. Old‑fashioned frying equipment lacks real‑time residue filtering modules. Residues carbonize and accumulate at the bottom of oil tank, making frying oil deteriorate and darken rapidly. Subsequent products will get burnt peculiar smell. Frequent shutdowns for oil replacement and manual tank cleaning increase frying energy consumption and operating costs, greatly dragging down production efficiency of the whole line. Traditional frying equipment can hardly balance finished‑product quality, taste and production cost, failing to meet large‑batch standardized production demands of powder‑coated chicken wings.
Targeting processing difficulties of powder‑coated chicken wings, TONLE Machinery develops the fully‑automatic powder‑coated chicken wings frying line. The whole set of frying equipment is made of food‑grade 304 stainless steel with no sanitary dead corners for easy cleaning and maintenance, supporting long‑hour non‑stop continuous frying operation for factories. This frying line is equipped with high‑precision constant‑temperature frying system, which monitors oil temperature at multiple points in real time and compensates temperature fluctuation caused by material feeding rapidly to maintain optimal frying temperature range for chicken wings. Cooperated with frequency‑conversion speed‑regulation system, frying duration can be adjusted flexibly to solve industrial problems including burnt exterior with raw interior and mottled coloring, ensuring golden crispy appearance and juicy meat of each batch of chicken wings.
The equipment is fitted with special pressing conveyor belt to prevent chicken wings from floating and rolling. Materials are conveyed in single flat layer to reduce collision and friction between materials, maximally retaining outer powder coating and lowering crust‑shedding rate. Built‑in dynamic residue‑filtering frying system filters powder residues continuously during operation, slows down oil oxidation and extends service life of frying oil, effectively cutting frying oil consumption. The frying line supports multiple heating modes including electric heating and gas heating with high thermal efficiency and low energy consumption. Modular frying line can seamlessly connect with upstream coating equipment and downstream de‑oiling & cooling equipment to realize full‑process automatic production, reduce manual contact and lower food‑safety risks.
With mature frying technology, TONLE Machinery powder‑coated chicken wings frying line stably guarantees finished‑product quality and reduces production loss, helping food factories produce high‑quality powder‑coated chicken wings efficiently and seize market opportunities of prepared meat products.