The ZZ® 430 Pipe Collar consists of a sheet metal body and an intumescent inlay. The sound insulation is included in the scope of delivery.

The ZZ® 430 Pipe Collar consists of a sheet metal body and an intumescent inlay. The sound insulation is included in the scope of delivery.

The ZZ® 430 Pipe Collar consists of a sheet metal body and an intumescent inlay. The sound insulation is included in the scope of delivery.

Blank penetration seal/ Cable penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables. Max dimension of through penetration firestop system up to Ø 5 [in.] diameter

Blank penetration seal/ Cable penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables. Max dimension of through penetration firestop system up to Ø 5 [in.] diameter.

Collar consisting of a sheet steel case and a fire protection element based on polyurethane with halogen-free intumescent fire retardants.

Collar consisting of a sheet steel case and a fire protection element based on polyurethane with halogen-free intumescent fire retardants.

Collar consisting of a sheet steel case and a fire protection element based on polyurethane with halogen-free intumescent fire retardants.

Collar consisting of a sheet steel case and a fire protection element based on polyurethane with halogen-free intumescent fire retardants.

Blank penetration seal/ Cable penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables. Max dimension of through penetration firestop system up to Ø 5 [in.] diameter.

Blank penetration seal/ Cable penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables. Max dimension of through penetration firestop system up to Ø 5 [in.] diameter.

Blank penetration seal/ Cable penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables. Max dimension of through penetration firestop system up to Ø 5 [in.] diameter.

Fire Protection Plug ZZ® 130 (ZZ-Plug NE) is a soft, flexible, moulded foam part, that is used in the system ZZ® C10 (System ZZ-Plug NE).

ZZ® 230-144 Fire Protection Block is a soft, flexible moulded foam part that is used in ZZ® M20, and as a filling block for free areas without penetrating installations in ZZ® M30 mixed penetration sealing systems.

As additional protection against moisture, the ZZ-moulded parts can be coated on-site with off-the-shelf silicone, or alternatively they can be purchased as components that are already silicone-coated.

For easier sealing of narrow residual openings, the ZZ® 230-144-V Fire Protection Block (ZZ-Foam Block 200 NE), vacuum-packed can be used. After opening the foil the ZZ® 230-144-V Fire Protection Block (ZZ-Foam Block 200 NE), vacuum-packed expands to standard size. The foil can remain in the bulkhead after expansion.

Blank penetration seal/ Cable penetration seal/ Pipe penetration seal/ Mixed penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables, cable support systems, insulated and non-insulated non-flammable pipes. Max dimension of through penetration firestop system up to 32 x 12 [in.].

Blank penetration seal/Cable penetration seal/Pipe penetration seal/Mixed penetration seal. Through penetration firestop system for electrical cables, telecommunication cables, optical fibre cables, cable support systems, insulated and non-insulated non-flammable pipes. Max. dimension of through penetration firestop system up to 32 x 12 [in.].

In addition to its outstanding technical fire safety properties, ZZ® 330 Fire Protection Foam (ZZ-Fire Protection Foam 2K NE) is particularly characterised by its easy processing. It can be used as a mixed penetration seal (EI 90), as well as a pure cable penetration seal (EI 60/ EI 90/ EI 120). The optimal match between the beginning of the reaction and hardening enables sufficiently long work interruptions for the user, as well as fast work progress. Thanks to the high viscosity, the user does not have to deal with foam running out of the penetration seal. After hardening, the permanently elastic structure of the penetration seal enables easy retroactive-installation.