Rivets- stainless steel - Import export

With reference to the Specification: EN ISO 16582

Body: Austenitic stainless steel (A4) - Aisi316Cu - X3CrNiCuMo 17-11-3-2 (EN 1.4578) Nail: Austenitic stainless steel (A4) - Aisi316 - X5CrNiMo17-12-2 (EN 1.4436).

Highest mechanical strength in the range Excellent vibration resistance Locked head nail Consistent shear strength on any thickness Tamp_AP_sez The distinctive feature of this product is its shear strength, thanks to the consistent presence of a medium carbon steel nail in the cutting area. This feature makes these rivets particularly suitable for applications requiring high vibration resistance. This is why its scope of application includes the following: Industrial equipment Heavy goods vehicles Industrial ventilation

With reference to the Specification: EN ISO 15983 dome head EN ISO 15984 countersunk head 522 525 Materials: Body: Austenitic stainless steel (A2) - Aisi304Cu - X3CrNiCu18-9-4 (EN 1.4567). Nail: Austenitic stainless steel (A2) - Aisi304 - X5CrNi18-10 (EN 1.4301).

With reference to the Specification: EN ISO 15983 dome head EN ISO 15984 countersunk head 522 525 Materials: Body: Austenitic stainless steel (A2) - Aisi304Cu - X3CrNiCu18-9-4 (EN 1.4567). Nail: Austenitic stainless steel (A2) - Aisi304 - X5CrNi18-10 (EN 1.4301).

The main feature of this product, as of all multifar rivets, is the wide grip range, which allows the use of one single item code instead of several standard rivets. Moreover, the deformation of this type of rivet allows it to tolerate irregular and non-standard holes. Being made of austenitic stainless steel (AISI 304), this rivet ensures excellent corrosion resistance even in the most aggressive environments. This is why its scope of application includes the following: Domestic applications Ventilation and air conditioning Restaurant equipment Means of transport

The Farbolt rivet is a structural rivet: once fastened, it tends to form one only structure with assembled materials. This particular feature provides higher resistance to shear and tensile strength, as well as to vibrations.

High values of mechanical resistance. Good resistance to vibrations. Retained nail. Suitable for extraspecifications and irregular holes.

The use of the sealed rivet is recommended when the liquid seal is needed through the thicknesses to be fastened. Due to this particular feature, it is extremely important the precision of the hole and the finish of the surfaces. Otherwise it is recommended to put a gasket under the rivet head.

SURFACE TREATMENTS ON ALUMINIUM: Anodizing: it is possible on all rivet bodies in aluminium alloy, except for sealed rivet bodies due to the particular methodology of production. Epoxy painting.

Materials: Body: Copper-Nickel alloy, with 80% of Copper and 20% of Nickel - ISO429 Nail: Austenitic stainless steel (A2) - Aisi304 - X5CrNi18-10 (EN 1.4301).

Thanks to its particular way of deforming, themultifar rivet can be fastened on various grip ranges and one rivet length only can be used to replace several standard rivets of different lengths. Moreover, it is able to compensate for ovalized and/or oversized holes. This type of rivet can be used also with soft or fragile materials, such as plastic, aluminium and composite materials, without damaging them during the fastening.

Austenitic stainless steel A2: Aisi304Cu (EN 1.4567) Austenitic stainless steel A4: Aisi316Cu (EN 1.4578) The tensile test and the maximum clamping force test is carried out with steel and aluminium, for steel screws of resistance class 12.9, while stainless steel, with screws of resistance class A2/70.Resistance values may be subject to changes

The tensile test and the maximum clamping force test is carried out with steel and aluminium, for steel screws of resistance class 12.9, while stainless steel, with screws of resistance class A2/70.Resistance values may be subject to changes

One space ground-based bike rack in stainless steel with caps.