For industrial applications, e.g. cement, lime, aggregates, coal, fertilizers and for applications in the agricultural industry, e.g. cereals, fodder, seeds, sugar.
Buckets - types
Steel buckets:
- pressed steel/seamless in galvanized and stainless steel versions
- welded
Galvanized steel – thermal resistance of continuous operation +180 ° C / short-term 200 ° C
Stainless steel - thermal resistance of continuous operation +250 ° C / short-term 400 ° C
Pressed steel buckets can be equipped with additional reinforcements of the front or rear wall of the bucket and with perforation.
Below you will find visualizations of available equipment options.
Plastic buckets, made by injection:
- polyamide/nylon (PA) thermal resistance -40/+100-120 (+130) C
- polyethylene (PE HDP) thermal resistance -50/+70 (+80) C
- polyurethane (PU) thermal resistance -15/+70 (+80) C
Polyamide – application: hot, abrasion, dry products.
Polyethylene - universal use. Recommended for food products, cereals (barley, oats, wheat, rice), beans, coffee, flour, sugar, seeds, fertilizer, sawdust.
Polyurethane – application: dry, sticky, abrasive, moist products.
Full Types of buckets
Dimensioning of the bucket
To select the bucket, it is required to properly dimension it, which consists in taking several dimensions specified below.
A – bucket width [mm]
B – bucket radius [mm]
C – height of the back wall of the bucket (wall with holes) [mm]
D – height of the front wall of the bucket [mm]
F - spacing between the holes [mm] and the number of holes in the bucket
E - hole diameter [mm]
T – material thickness [mm]
Z3 - capacity of the bucket measured in liters (the so-called water level)
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