Frying pans - Import export

ALTENA Cast iron made in spinning process, the iron content up to 99.96 %,which is higher in purity and less impurity than ordinary iron cookware. The cooked food can effectively supply the Iron metabolism of human body needs, more healthy after long-term use. Brand new nitriding upgrade technology, the rust resistance performance is extremely well, does not contain any coating, excellent scratch resistant and superior durable.

PREMIUM is made of high-quality tri-ply material for even heat diffusion. The inner layer is made of high quality stainless steel which is safe contact with food, and the ergonomically-designed handles give the perfect grip.

Featuring sleek design, and cast in high-grade 18/10 stainless steel, the PRO-X cookware line is absolutely stable, durable and dishwasher-safe. The PRO-X range is suitable for professional chefs and aspiring cooks alike. lts sophisticated and timeless design fits into every kitchen.

28 cm pan, Forged aluminium alloy. Procalon Plus non-stick coating. Heat resistant soft-touch handle. Range is available by different sizes. Also available crepe pans, woks, steak pans.

Forged aluminium alloy. Procalon Plus non-stick coating. Heat resistant soft-touch handle. Range is available by different sizes. Also available frying pans, woks, steak pans.

Featuring sleek design, and cast in high-grade 18/10 stainless steel, the PRO-X cookware line is absolutely stable, durable and dishwasher-safe. The PRO-X range is suitable for professional chefs and aspiring cooks alike. lts sophisticated and timeless design fits into every kitchen.

Our breadings are based on seasoning with a fat coating. They guarantee optimum, stable appearance during the full shelf life. We distinguish between breadings for meat and for convenience specialities. Breadings for fish For breading and seasoning of fish of all kinds. Examples are herb, paprika or curry coatings. These dry seasonings Are suitable for oven-baking and pan-frying Guarantee optimum, stable appearance during the full shelf life. Can be individually adjusted for salt content Can be applied by a flour dredging or dry coating system. Breadings for baking for breading convenience specialities. Various types, including gluten-free, are available and can be offered with and without seasonings.

For temperatures up to 450 °C. High-temperature furnaces Tempering furnace for car chassis stabilisers Previously cold-formed workpieces, e.g. stabilisers, are heated up in the tempering furnace at circulating air temperatures of up to 450°C and maintained at this temperature for an adjustable dwell time. This tempering increases toughness and dissipates residual stresses. Preheating furnace for frying pans and roasting tins Pan blanks are heated up to a temperature of approx. 390 °C and burnt free of all grease and oil residues. Enamelling furnace for frying pans and roasting tins The PTFE coating sprayed beforehand onto the frying pans is baked on at a temperature of approx. 450 °C. PTFE is used as a non-stick coating for frying pans and cooking pots on account of its low surface tension and good heat resistance. Chamber enamelling furnace for aluminium sheet metal forms Baking on of the single or multi-layer PTFE coatings at approx. 450 °C.

Solutions for the transport and handling of parts. The question of how surface coating plants can be optimally integrated into a production environment arises with ever increasing frequency. Rippert offers its customer an ‘everything from one source solution’ here. The company’s own engineers develop coordinated solutions for the transport and handling of parts together with the customer. Simulation is thereby often the right tool for recognising the full potential of these possibilities. From frying pans to heavy workpieces from the wind power sector, Rippert has already ‘taken it all in hand’. We work on concepts in which industrial robots substitute or supplement the classic conveying equipment in coating plants. For handling tasks we often see the necessity for systems that work adaptively; this means that, for example, image processing systems must recognise the accurate position of parts in two and even three-dimensions so that a robot can pick up inaccurately positioned parts.