Almetal Professional Aluminum Trays and Pans

The distribution of syrup inside a baklava tray, the moisture escaping from a pizza base, and the surface bread dough touches inside a mold cannot all be managed with the same tray geometry. Almetal's industrial kitchenware — round and cornered baklava trays, flat or perforated pizza pans, baguette-hamburger bun molds, and baking tray transport carts — is aimed at different stages of baked goods production.

Almetal is a Turkey-based aluminum tray and pan manufacturer founded in 1968, producing in Istanbul. The brand states it uses 99.6% pure aluminum in its products and works with food-contact certification. Its product program covers baklava, pizza, bread, and döner oven tray solutions reaching more than 50 countries.

How Does 99.6% Aluminum Affect Heat Transfer?

Aluminum is a metal that conducts heat faster than stainless steel. This can help oven energy spread to the tray base quickly. The result doesn't depend on metal purity alone; sheet thickness, tray color, product weight, and the oven's top-bottom heat balance also affect cooking.

A thin tray can respond faster to temperature change and be carried at lower weight. A thick tray creates higher thermal mass and retains surface temperature differently when cold dough is loaded. Increasing thickness does not automatically mean better cooking for every product.

Aluminum trays should not be evaluated as stainless steel. The material's chemical, cleaning, and impact behavior differs. The product code, sheet thickness, and intended use should be clearly specified when ordering.

Diameter and Rim Height in a Round Baklava Tray

Almetal's round baklava trays come in different diameters. Active options on Mutfak10 range from roughly 22 to 48 centimeters. Tray diameter determines not just how many slices come out but the area the dough occupies in the oven and how the syrup spreads across the total surface.

When the same baklava weight is spread over a larger-diameter tray, layer height can decrease; a smaller diameter can produce a taller product. This change affects baking time, base color, and syrup absorption. A business should standardize tray diameter together with the dough, filling, and syrup weight.

Rim height helps keep syrup contained within the tray and preserve the product's shape during baking. An overly low rim can cause overflow; an overly high rim can change how the oven's top heat affects the product.

45- and 90-Degree Cornered Trays

Almetal's product program includes rectangular trays with 45- and 90-degree edge structures. A ninety-degree corner can help the product fill the tray area in a more angular shape and let square-rectangular portions be cut close to the edge.

A forty-five-degree transition creates a sloped surface between the base and side wall. This geometry can change how dough, syrup, or the baked product is removed from the tray's edge. Spatula and cutting tools should be chosen to match the tray's corner structure.

Cornered products on Mutfak10 are listed in different base sizes such as 20 × 30, 25 × 35, 30 × 40, and 35 × 45 centimeters, with options labeled thin, thick, or single-use. The terms "thin" and "thick" should only be compared against the actual sheet value in the product code.

How Do Flat and Perforated Pizza Pans Differ?

A flat pizza pan holds the dough's lower surface on uninterrupted metal. It can be used for oily, high-hydration doughs or doughs needing support during pre-shaping. Full contact of the base with the metal surface produces a different color and crust behavior.

In a perforated pizza pan, hot air and moisture can reach the dough base through the openings. Faster escape of steam from the underside can be an advantage in recipes targeting a drier base. Very soft dough can push into the holes and increase cleaning time.

Time and temperature developed on a flat pan should not be transferred directly to a perforated product. Hole diameter, dough thickness, and the oven's airflow change the actual baking result.

Baguette, Hamburger and Sandwich Bread Molds

In baguette pans, long channels help limit the dough's sideways spread and keep products separated from each other. Hamburger bun pans use round cavities, while sandwich and toast bread molds use different length and side-wall geometries.

Cavity count indicates nominal product capacity per tray. Dough weight, proofing ratio, and the baked product's diameter must match the mold's cavity. Too much dough can spill into neighboring cavities; too little weight can produce an irregular product that doesn't fill the mold.

Perforated molds can increase air circulation; a flat-based mold creates a different crust and surface. The oven's fan system should be tested together with the tray structure.

Döner Oven Trays and Transport Carts

Döner oven trays must match the rail size of the rack cart used, the tray's outer dimensions, and the oven's cart system. If a tray is a few millimeters wide or bent, it can jam on the rail and affect the rotating mechanism's balance.

Almetal's tray transport carts support bulk product movement between production, proofing, oven, and cooling areas. A cart's rail spacing, tray height, and wheel structure should be chosen based on the actual production line.

A flat route and safe waiting area on the floor should be set up for a hot tray cart. Placing heavy product on upper shelves can raise the cart's center of gravity.

How Should Aluminum Trays Be Cleaned?

Almetal recommends cleaning products by hand with a soft sponge, avoiding harsh detergents and abrasive materials. A metal wire or sharp scraper can scratch the surface and leave marks on the tray's food-contact section.

A hot tray should not be exposed directly to cold water. A sudden temperature change can create stress in the body and cause deformation over time. The product should be cooled in a controlled way before washing.

After washing, trays should be dried completely and stored with air between surfaces. Tight stacking of wet trays can cause stains and odor.

Featured Highlights

• Aluminum tray and pan expertise for baklava, pizza, and bread production since 1968
• According to the manufacturer, 99.6% pure aluminum and a product structure suited to food contact
• Round, 45-degree, and 90-degree edged trays in different flat or perforated geometries
• Mold and cart options for baguette, hamburger, toast-sandwich bread, and döner oven applications

How Should an Almetal Tray Inventory Be Set Up?

For each product, the oven's interior size, tray's outer size, dough weight, count per tray, and baking time should be recorded. Baklava, pizza, and bread trays should not be used interchangeably just because they are a similar size.

The washing, drying, and cart-waiting cycle of trays should be calculated to determine spare quantity. If all stock is in the oven during baking, the next prep batch may have to wait for a tray.

A high-quantity order should not be placed until a sample tray has been tested on the oven rail, cart, dish room, and cooling shelf.

Almetal Trays and Pans on Mutfak10

Almetal's round baklava trays and different-sized cornered thin, thick, and single-use options can be reviewed on the Almetal professional aluminum trays page on Mutfak10, operated by Arlinoks. When comparing Almetal industrial kitchenware, size, thickness, edge structure, and target product should be evaluated together.

Frequently Asked Questions

Are Almetal trays stainless steel or aluminum?

Almetal's official product program focuses on aluminum trays and pans; the manufacturer states it uses 99.6% pure aluminum. They should not be assumed to have the same heat, weight, and cleaning behavior as stainless steel.

What is the difference between Almetal's flat and perforated pizza pans?

A flat pan supports the dough on an uninterrupted metal surface. A perforated pan increases air and moisture passage, which can help the base bake drier. The right choice should be based on dough hydration, oven airflow, and the targeted base structure.

How is a thin or thick model determined when choosing an Almetal tray?

A thin tray offers faster temperature change and lower carrying weight; a thicker model provides higher thermal mass. Dough load, oven type, daily cycle count, and staff carrying ergonomics should be evaluated together with the actual sheet thickness.