Characterized by their efficiency and easy operation by skilled operator. Proven technology with exceptional wear resistant and durable replacement parts.
Die inner track diameter = 280 mm | Die track width = 52 mm | Die working surface area = 457 cm² | Roll Diameter = 111 mm | Main Motor = 15-22 kW | V-Belt Sheave 1000 x 4 B Section |Capacity = 500 – 1 000 kg/h
Very easy and simple roller adjustment and die changing. Ease of operation requires low skilled operator. Belt transmission for smooth operation. High quality replacement parts. Optional features available.
...Die inner track diameter = 280 mm | Die track width = 52 mm | Die working surface area = 457 cm² | Roll Diameter = 111 mm | Main Motor = 15-22 kW | V-Belt Sheave 1000 x 4 B Section |Capacity = 500 – 1 000 kg/h
Very easy and simple roller adjustment and die changing. Ease of operation requires low skilled operator. Belt transmission for smooth operation. High quality replacement parts. Optional features available.
Die inner track diameter = 280 mm | Die track width = 52 mm | Die working surface area = 457 cm² | Roll Diameter = 111 mm | Main Motor = 15-22 kW | V-Belt Sheave 1000 x 4 B Section |Capacity = 500 – 1 000 kg/h
Very easy and simple roller adjustment and die changing. Ease of operation requires low skilled operator. Belt transmission for smooth operation. High quality replacement parts. Optional features available.
Die inner track diameter = 280 mm | Die track width = 72 mm | Die working surface area = 637 cm² | Roll Diameter = 134 mm | Main Motor = 30-37 kW | V-Belt Sheave 1000 x 6 B Section | Capacity = 1 000 – 2 000 kg/h
Very easy and simple roller adjustment and die changing. Large roll to die diameters for hard-to-pellet feed formulas. Ease of operation requires low skilled operator. Belt transmission for smooth operation. High quality replacem...
Die inner track diameter = 280 mm | Die track width = 72 mm | Die working surface area = 637 cm² | Roll Diameter = 134 mm | Main Motor = 30-37 kW | V-Belt Sheave 1000 x 6 B Section | Capacity = 1 000 – 2 000 kg/h
Very easy and simple roller adjustment and die changing. Large roll to die diameters for hard-to-pellet feed formulas. Ease of operation requires low skilled operator. Belt transmission for smooth operation. High quality replacem
Die inner track diameter = 280 mm | Die track width = 72 mm | Die working surface area = 637 cm² | Roll Diameter = 134 mm | Main Motor = 30-37 kW | V-Belt Sheave 1000 x 6 B Section | Capacity = 1 000 – 2 000 kg/h
Very easy and simple roller adjustment and die changing. Large roll to die diameters for hard-to-pellet feed formulas. Ease of operation requires low skilled operator. Belt transmission for smooth operation. High quality replacem
Die inner track diameter = 350 mm | Die track width = 96 mm | Die working surface area = 1055 cm² | Roll Diameter = 170 mm | Main Motor = 55 kW | V-Belt Sheave 1000 x B Section | Capacity = 2 000 – 4 000 kg/h.
Proven track record for more than 30 years | Heavy duty and continuous operation
Very quick and simple roller adjustment and die changing. Large roll to die diameters for hard-to-pellet ...
Die inner track diameter = 350 mm | Die track width = 96 mm | Die working surface area = 1055 cm² | Roll Diameter = 170 mm | Main Motor = 55 kW | V-Belt Sheave 1000 x B Section | Capacity = 2 000 – 4 000 kg/h.
Proven track record for more than 30 years | Heavy duty and continuous operation
Very quick and simple roller adjustment and die changing. Large roll to die diameters for hard-to-pellet
Die inner track diameter = 350 mm | Die track width = 96 mm | Die working surface area = 1055 cm² | Roll Diameter = 170 mm | Main Motor = 55 kW | V-Belt Sheave 1000 x B Section | Capacity = 2 000 – 4 000 kg/h.
Proven track record for more than 30 years | Heavy duty and continuous operation
Very quick and simple roller adjustment and die changing. Large roll to die diameters for hard-to-pellet
Die inner track diameter = 450 mm | Die track width = 120 mm | Die working surface area = 1696 cm² | Roll Diameter = 220 mm | Main Motor = 110 kW | Gates Poly Chain, GT Carbon Belt Drive | Capacity = 4 000 – 8 000 kg/h
Proven track record for more than 30 years. Heavy duty and continuous operation
Very quick and simple roller adjustment and die changi...
Die inner track diameter = 450 mm | Die track width = 120 mm | Die working surface area = 1696 cm² | Roll Diameter = 220 mm | Main Motor = 110 kW | Gates Poly Chain, GT Carbon Belt Drive | Capacity = 4 000 – 8 000 kg/h
Proven track record for more than 30 years. Heavy duty and continuous operation
Very quick and simple roller adjustment and die changi
Die inner track diameter = 450 mm | Die track width = 120 mm | Die working surface area = 1696 cm² | Roll Diameter = 220 mm | Main Motor = 110 kW | Gates Poly Chain, GT Carbon Belt Drive | Capacity = 4 000 – 8 000 kg/h
Proven track record for more than 30 years. Heavy duty and continuous operation
Very quick and simple roller adjustment and die changi
Our dies are made of a premium quality chrome steel of exceptional wear resistance and durability. Machining. The basic shape is machined on CNC machines to very fine tolerances
We use gun drilling to produce a highly polished extrusion hole.This ensures high production and reduces blockages. Hardening. Dies are through hardened in a vacuum oven to a final hardness of 52 to 54 HRC.
At the final<...
Our dies are made of a premium quality chrome steel of exceptional wear resistance and durability. Machining. The basic shape is machined on CNC machines to very fine tolerances
We use gun drilling to produce a highly polished extrusion hole.This ensures high production and reduces blockages. Hardening. Dies are through hardened in a vacuum oven to a final hardness of 52 to 54 HRC.
At the final<
Our dies are made of a premium quality chrome steel of exceptional wear resistance and durability. Machining. The basic shape is machined on CNC machines to very fine tolerances
We use gun drilling to produce a highly polished extrusion hole.This ensures high production and reduces blockages. Hardening. Dies are through hardened in a vacuum oven to a final hardness of 52 to 54 HRC.
At the final<
2 mm| 3 mm | 3.5 mm
4 mm | 4.5 mm | 5 mm
6 mm | 7 mm | 8 mm |10 mm
2 mm| 3 mm | 3.5 mm
4 mm | 4.5 mm | 5 mm
6 mm | 7 mm | 8 mm |10 mm
2 mm| 3 mm | 3.5 mm
4 mm | 4.5 mm | 5 mm
6 mm | 7 mm | 8 mm |10 mm