Standard rivets - Import export

With reference to the Specifications: EN ISO 15977 dome head EN ISO 15978 countersunk head 501 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.

With reference to the Specifications: EN ISO 15977 dome head EN ISO 15978 countersunk 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.

With reference to the Specification: EN ISO 16582

MATERIALS: Body: Steel C4C (EN 1.0303) Nail: white zinc plated steel with Chrome III. SURFACE TREATMENTS: Zinc plating: white zinc plated with Chrome III with minimum thickness of 5mm Epoxy painting.

MATERIALS: Body: AlMg2,5 (EN AW 5052) Nail: AlMg5 (EN AW 5019) 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.

With reference to the Specifications: EN ISO 15977 dome head EN ISO 15978 countersunk headSURFACE 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.

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.

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).

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).

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).

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 sheared nail recovery safety system, designed for the fastening of standard aluminum rivets from D. 2,4 to 6 mm (Ø 6 mm in aluminium) and high performance rivets up to D. 4.8 mm. Lightweight and ergonomic, it is equipped with a joint for compressed air on both sides. Standard rivets Ø 6 only in aluminium.. The riveting tool can be used for high performances FarBolt rivets and similar, by assembling the KIT cod. 74000090. The riveting tool is also suitable for X/S Trifar high performance rivets, by assembling the nozzle p/n 71345652. Maintenance instructions are available in the Video section. Maximum force 10500 N. Stroke 20,5 mm.

Hydropneumatic tool with holding of the rivet and nail recovery. Standard rivets Ø 4,8 only in aluminium. Maintenance instructions are available in the Video section. Maximum force 6639 N. Stroke 16 mm.

RAC AX83 Pneumatic tool with rivet holding and nail recovery. Standard rivets Ø 4,8 only in aluminium. Multifar rivets Ø 4 only in aluminium. Maximum force 5372 N. Stroke 19 mm.

Standard rivets Ø 4,8 only in aluminium. Multifar rivets Ø 4 only in aluminium. Maximum force 5372 N. Stroke 19 mm.

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

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.

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.

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.

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.

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.