FILTER

Diameter Ø (mm)

Flow rate (kg)

Type

Castors for stoves

Rossi Angelo Srl’s castor for stoves are designed to improve the mobility and versatility of your stoves. Our castors offer practical and convenient solutions to allow professionals to easily and effortlessly move gas stoves in and out of rooms, providing even heat distribution and greater flexibility in organizing space.

Rossi Angelo Srl manufactures a wide range of plastic castors weighing up to 35 kg, with diameters from 40 to 60 mm.

Diametro
50 mm
Portata
35 kg
Diametro
40 mm
Portata
12 kg
Diametro
50 mm
Portata
35 kg
Diametro
40 mm
Portata
18 kg
Diametro
50 mm
Portata
40 kg
Diametro
45 mm
Portata
25 kg
Diametro
60 mm
Portata
25 kg
Diametro
50 mm
Portata
50 kg
Diametro
40 mm
Portata
18 kg

Rossi Angelo Srl’s stove castors are designed with high-quality materials and a focus on strength and durability. Made of durable plastic, our castors ensure a perfect grip on a variety of surfaces, allowing smooth and seamless manoeuvrability of your gas stoves.

Our range of castors are available in different colours, sizes, load capacities and styles to suit specific product needs, whether electric or gas stoves, for home or professional use. Their wear resistance ensures a long service life, allowing stoves to be moved easily without worrying about damage or breakage.

Our castors have a rubberized coating to protect delicate surfaces, preventing scratches and damage to floors. In addition, the range includes castors with brakes, which block movement to prevent unintended movement.

All castors are adjustable in height and can be adapted to any need and attachment material thanks to a wide selection of compatible stems (threaded, circlip, knurled or grip neck) and various accessories.

Rossi Angelo Srl’s gas stove castors are designed to blend perfectly with the design of the stoves, ensuring easy installation and optimal stability during use. With our castors, you will be able to easily move gas stoves to different rooms or place them strategically for even heat distribution.

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