Special chrome-nickel stainless steel, work hardened, with good resistance to wear and corrosion. It has excellent mechanical characteristics and exceptional sliding properties; the latter result of a very low surface roughness.
Particularly suitable for the critical points of the bottling lines.
Material used for the models Super, Flex RXMS, Flex FMS, Flex FMS2, New Flex Mag, Super-G, Flex RXMS-G, New Flex Mag G.
Minimum temperatures: – 40° C
Maximum temperatures: + 260° C (dry), + 120° C (in water)

AISI 430 ferritic stainless steel, work hardened by cold rolling, with good corrosion resistance. It has an excellent surface finish with low roughness, a quality of considerable importance for the flow of transported products.
It is used in standard applications in the bottling industry.
Material used for the models Special, Standard, Flex RXMC.
Minimum temperatures: – 40° C
Maximum temperatures: + 260° C (dry), + 120° C (in water)

New chrome-nickel special stainless steel (W.1.4589), work hardened.
Developed in collaboration with one of the leading steel producers, it is particularly suitable for special applications such as unthreading floors without pressure.
Cold rolled with the highest quality standards, this new material has exceptional properties: – very low surface roughness and perfect flatness – high resistance to high workloads and wear.
The right answer to the most sophisticated applications.
Material used for the models Superspeed, Wear Proof, Flex FMD, New Flex Mag D.
Minimum temperatures: – 40° C
Maximum temperatures: + 260° C (dry), + 120° C (in water)

Austenitic and amagnetic stainless steel AISI 304 (18% Chrome – 8% Nickel), work hardened for high resistance.
It offers excellent resistance to chemicals and corrosion. It has high mechanical and durability characteristics.
It is used particularly in applications in the canning industry and in bottling.
Approved by the US Food and Drug Administration (FDA), for direct contact with food products.
Material used for the models Stella D, Flex RXM, Flex FM, Flex FM2.
Minimum temperatures: – 40° C
Maximum temperatures: + 400° C (dry), + 120° C (in water)

Austenitic stainless steel (18% Chrome – 14% Nickel – 3% Molybdenum) AISI 316L.
It is used in aggressive chemical environments and in the presence of strong acids.
Material used for the models 316, Flex RXM 316.
Minimum temperatures: – 40° C
Maximum temperatures: + 400° C (dry), + 120° C (in water)

Carbon steel hardened with surface hardness and at the heart of 43 HRC.
Particularly suitable for high workloads, it has a high resistance to wear.
It is used in the glass, ceramic and transport industries in general.
For difficult applications and in the presence of abrasive powders, upon request, Carbon Steel can be subjected to carbonitriding by which it reaches a surface hardness of 55 HRC and a core hardness of 40 HRC.
Material used for the Models Accate, Flex RXMA, Flex FMA2.
Minimum temperatures: – 40° C
Maximum temperatures: + 180° C (dry), + 120° C (in water)

In the models Special, Standard, Super, Super G, Flex RXMC, Flex RXMS, Flex RXMS G, Flex FMS, Flex FMS2, New Flex Mag the pins are in Aisi 431 stainless steel, work hardened and magnetic with high resistance.

In the models Wear Proof, Superspeed, Flex FMD, New Flex Mag D the pins are of the HB series in special martensitic stainless steel, tempered, magnetic and with a high resistance to wear.
– Increased wear resistance
– Duration up to 40% more.

On request XHB series pins in martensitic stainless steel with special heat treatment are available.
They offer additional wear resistance, combined with greater corrosion resistance.
– Duration up to 100% more.

In the models Stella D, Flex RXM, Flex FM, Flex FM2 the pins are in austenitic stainless steel (18% Chrome – 8% Nickel), work hardened for high resistance.
– Exceptional corrosion resistance

In the models 316, Flex RXM 316 the pins are in AISI 316 austenitic stainless steel.
– Maximum corrosion resistance

In the models Accate, Accate C, Flex RXMA, Flex RXMA C, e Flex FMA2 the pins are carbonitrided carbon steel.