Cake Pans

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CAKE PANS: Cup Cake Pans: Standard Features

Pan Material

Material

Black Steel
Aluminized Steel
Stainless Steel

Standard Gauges

Cups: 0.6, 0.8 or 1.0 mm
Chasis & Frame: 1.0 or 1.5mm

Construction

Chassis Types Bended Style

Most popular construction
Chassis is composed of one piece
1,2 or 1.5 mm Gauge material
Type A & Type B Bottom Bending
Completely welded corners

Hybrid Style

Good for giant dimensions like 720*800mm or bigger
Chassis is composed of multi-parts
Special Reinforcements at the bottom
Round Corners
Type A and Type B framing

Assembly Types

Spot Welded Possible to any chassis type
Seamed Cup Possible for Hybrid Style Chassis
Indented Style Limited to technical feasibilities Mostly available for Hybrid Style
Chassis

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kuchenform10

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EXTRA FEATURES

Holes at the chasis

Located at the vertical sides or at the top section
Improves water drainage after pan washing
Improves heat circulation & baking
Can be circular or oblong

Reinforcements at the bottom

Can be located any section at the bottom
Improves the vertical strength of the pan

Welding & Assembly

Embossed frame: Cups are positioned at the negative embossed sections to have a smooth top section.
Sealed cups locked into frame eliminating the need for spot welding

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CAKE PANS: Cup Cakes: Typical Figures

Muffin
Crown Muffin
Jelly-Cake
Elliptical Cake
Finger Cake
Mini Cake
Special Geometry Cake
Animal Shaped Cake

Please note

Cake pans are tailor made according to customers specifications.
Cup moulds are manufactured solely to individual customer and kept at our tool inventory for unique customer for future use.
Figures above are supplied for viewing purposes
Please contact for custom figures & dimensions.

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kuchenform16

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CAKE PANS: Round & Layer Cake Pans

Pan Material

Material

Black Steel
Aluminized Steel
Aluminium

Standard Gauges

Cups: 0.6, 0.8 or 1.0 mm for steel. 1.0, 1.20 or 1.50 mm for aluminium
Chasis & Frame: 1.0 for special formed profiles or 5*20, 5*25 mm iron or aluminium bar

Construction

Cups

Round cups are deep drawn
Rectangular shapes are deep drawn or welded corner style
Angel Food – Cream Cake are either seamless or seamed cup design in terms of technical feasibilities.
Straight sides or curled rim designs are available options.

Grouping

Grouping can be single row like 1*2, 1*3 or 1*any or multiple row like 2*2, 2*3 or 3*any
Special sheet formed profiles are used as a grouping element as well as solid iron or aluminium bars
Intermediate straps & supports are welded to the overall profile to increase strength and stability.

kuchenform5

kuchenform18

kuchenform19

CAKE PANS: Baton & Sliced Cake Pans

Pan Material

Material

Black Steel
Aluminized Steel

Standard Gauges

Cups: 0.6, 0.8 or 1.0 mm
Chasis & Frame: 1.0 or 1.5mm

Construction

Cups

Deep Drawn or
Completely welded corners
Corrugations as slicing guide are possible at the deep drawn cups

Chasis & Frame

Cups are alined either in single or multiple rows
Multiple row alinements are usually welded to a chasis (please refer to cup cake section for more details)
Frames are manufactured from either bended steel or special formed profiles or a hybrid combination of both

Product features
We only use the best quality materials for your non-stick coatings: PTFE, FEP, PFA and silicones.

PTFE
coatings, unlike PFA and FEP, have a porous,hard surface with good to very good non-stick characteristics, good chemical resistance, extremely low coefficient of friction and very good abrasion esistance and therefore suitable for applications with mechanical loads.

FEP
coatings have a non- porous, smooth surface that stand out because of their exceptional non-stick properties, low coefficient of friction, very good abrasion resistance and very good chemical and corrosion resistance.

PFA
coatings are characterised by an impermeable, smooth, slightly “greasy-acting” surface which ensures excellent non-stick qualities, a low coefficient of friction, good abrasion resistance and excellent chemical and corrosion resistance.

ETFE
coatings are co-polymers. They are the toughest of the fluoropolymers with excellent chemical and corrosion resistance and can be used constantly at a temperature of 150°C. Layers with a thickness of 1000µm are possible.

also see Technical Data

MECHANICAL

F-B-S Consulting:
Consult our experts.
+49 (0) 2 12 - 25 80 10

oder

F-B-S Sales:
Order by phone.
+49 (0) 2 12 - 25 80 119