Flat trunking with mounting strip 300 mm, L = 1000 mm

Flat trunking nipple connector made of galvanised sheet steel For direct connection of duct to duct Flat duct system for controlled domestic ventilation or extractor fans 50 mm height Material: Sendzimir galvanised sheet steel, zinc coating 275g/m², non-combustible according to DIN 4102 class A1 Insertion depth per side 40 mm. On request: Special parts / dimensions, different heights, also in stainless steel 1.4301 and 1.4571 and aluminium. The Intelmann flat trunking system is designed according to the socket-nipple principle Flat ducts are connected to each other with flat duct nipple connectors Moulded parts (bends, T-pieces, transition pieces) are connected to each other with a sleeve This allows all moulded parts to be inserted into the trunking. No further connection is required for this.

Horizontal flat duct bend made of galvanised sheet steel. Area of application: Flat duct bends are used as connecting elements in supply and exhaust air ducts for controlled domestic ventilation. They can also be used in exhaust air ducts for extractor bonnets in the kitchen or as part of a supply air duct for fireplaces and stoves. We recommend using our aluminium adhesive tape or aluminium-laminated cold-shrink tape to seal the joints. Both options offer sufficient protection against pressure loss in your duct system. The Intelmann flat duct system is designed according to the socket-nipple principle Flat ducts are connected to each other with flat duct nipple connectors Moulded parts (bends, T-pieces, transition pieces) are connected to each other with a sleeve This allows all moulded parts to be inserted into the trunking. No further connection is required for this.

Flat duct socket connector for fittings made of galvanised sheet steel. For connecting moulded part to moulded part For connecting two pieces of moulding (bend with bend, bend with T-piece, etc.); NOT suitable for connecting flat duct to flat duct! Flat duct system for controlled domestic ventilation or extractor hoods; 50 mm height; Material: Sendzimir galvanised sheet steel, zinc coating 275g/m², non-combustible according to DIN 4102 class A1; Insertion depth per side 40 mm; On request: special parts / dimensions, different heights, also in stainless steel 1.4301 and 1.4571 and aluminium. The Intelmann flat trunking system is designed according to the socket-nipple principle Flat ducts are connected to each other with flat duct nipple connectors Moulded parts (bends, T-pieces, transition pieces) are connected to each other with a sleeve This allows all moulded parts to be inserted into the trunking. No further connection is required for this.

Connection piece for disc valve / deflector / elbow End piece From flat duct to spiral duct Socket according to EN1506, z.b. For direct connection of a disc valve Material: galvanised steel, non-combustible to DIN 4102 class A1 Flat duct system for plugging

MEZ-PLAST 580, 310 ml cartridge, silver-grey Sealing compound for sealing air duct systems and technical installations without silicone an alternative to soldering very good adhesion to all metals Fast curing sealant High chemical resistance Product properties: good adhesion to greasy, oily substrates and all metals Permanently elastic resistant to ageing, weathering and UV radiation antibacterial and fungicidal (against fungal attack) toxicologically harmless Resistant to many chemicals fulfils the hygienic requirements for use in for use in clean rooms and the specifications of the VDI 6022 guideline. can be used on lightly oiled, corrosion-preserved metals without degreasing without silicone, without nitrogen CFC-free no AOX components no lead compounds no mercury compounds no chromium compounds MEZ-PLAST is lead- and chromate-free and therefore food-safe according to the law Technical data Raw material base: acrylic resin, solvent-curing Curing time: approx. 4 mm in the first 24 h at +23°C and 50% r.F. Temperature resistance: - 40°C to +80°C (permanent) - 40°C to +100°C max. 1 h Processing temperature: +2°C to +60°C Shore A hardness: 38 Density: 1.05 g/m3 Primer: no Skin formation time: 10 min. at 23°C and 50% r.F. Coating compatibility: yes, preliminary tests required Paintability: yes, preliminary tests required Shelf life: 12 months Storage: protect from frost Flash point: below +21°C /- 4°C Hazard class: A1 Area of application: Sticks and adheres to all metals for sealing in ventilation ducts and plant construction Bonding and sealing in clean rooms, chip production, etc. Notes: - MEZ-PLAST is ready to use and can be applied without pre-cleaning and degreasing the areas to be sealed using a brush, - spatula or spraying equipment. - can be painted over after curing - A slight shrinkage may occur due to evaporation of the solvents contained.

MEZ-PLAST 590 SMP, 300 ml cartridge, grey MEZ-PLAST 590 SMP is an elastic, fast-setting one-component sealant for HVAC applications, tested in accordance with DIN EN ISO 846.Application: Suitable for HVAC systems in accordance with VDI 6022 / EN 15780, as well as for grease exhaust air and clean rooms. With EC 1 Plus classification, MEZ-PLAST SMP fulfils the highest requirements for sustainable construction. Complies with DGNB 2018.Properties:Fungicidal and bactericidalNon-corrosiveQuickly tack-free surfaceFree from silicone and isocyanateVery low shrinkageGood weathering & ageing resistanceSolvent-freeSkin formation: Approx. 15 - 20 min.Curing: 3 - 4 mm on the 1st dayProcessing temperature: +5°C to +35°CTemperature resistance: -40°C to +90°CShelf life: 12 monthsREACH regulationSVHC ≤ 0.1 %MEZ-PLAST 590 SMP does not contain any substances of very high concern above 0.1%. PRODUCT HIGHLIGHTS: Low emission Silicone-free Free from solvents & isocyanateHigh temperature resistance

The spray is suitable for re-galvanising and repairing damaged areas on galvanised parts, welds and interfaces in steel construction and the hobby sector. It takes on the task of corrosion protection and, due to its colour similarity with freshly galvanised materials, creates an optical balance. Gebhardt-Stahl Zink-Alu-Spray is a quick-drying anti-corrosion coating based on selected binders with a very high solids content. Fast drying High coverage, therefore economical to use Suitable substrates are steel, cast iron, aluminium, zinc and many more.

Reinforcement for flat trunking for reinforcing flat trunking Universal size b=70mm, a=49mm, L=910mm for flat trunking from b=140mm.

Material: Elastomeric soft foam (FEF)Cell structure: closedColour: black / anthraciteMax. Temperature: +85°C Min. temperature: -50°C Thermal conductivity: 0.034 to 0.037Water vapour resistance: ≥10.000 µFire protection class: B-s3, d0Reaction to fire: Self-extinguishing, no dripping, no flame propagationHealth aspects: No bacterial and fungal growthSelf-adhesive insulation mats are typically used for thermal insulation in various applications. Their main purpose is to reduce heat loss or prevent heat transfer.Here are some typical applications and installation tips: Applications:1. building insulation: self-adhesive insulation mats can be applied to walls, ceilings and floors to reduce heat transfer between indoor and outdoor areas of a building. They help to reduce energy consumption and improve thermal comfort. 2. pipe insulation: These insulation mats can be wrapped around pipes to minimise heat loss and prevent pipes from freezing in cold environments. This is particularly important in heating and plumbing systems.3. vehicle insulation: Self-adhesive insulation mats can be used in vehicles to protect the interior from heat and cold. They help to improve driving comfort and can also help to reduce noise from outside. 4. industrial applications: In industrial facilities, these insulation mats are often used to protect equipment and facilities from extreme temperatures and increase energy efficiency.Installation:1. preparation: ensure that the surface to which the insulation mat will be applied is clean, dry and free from dirt, grease or other contaminants. 2. cutting: Cut the insulating mat to the required dimensions using a sharp knife or scissors. Make sure to allow enough material for overlaps or protrusions. 3. installation: Remove the protective film from the back of the insulating mat and press it firmly onto the surface to be insulated. Start in one corner and work evenly to avoid air bubbles and ensure good adhesion.4. sealing: If necessary, the overlaps of the insulation mats can be sealed with special adhesive tapes to ensure better insulation.5. finishing: Check the installed insulation mats for any gaps or irregularities and correct them if necessary. Ensure that all edges and connections are well sealed. With proper installation, self-adhesive insulation mats can effectively contribute to thermal insulation and reduce energy consumption in various applications.