The panel frames are made up of closed 2-chamber aluminium profiles and torsion-proof. Thanks to their high-quality annealed powder coating they are easy to clean. The height is 14 cm and the frame 22 mm thick. The panels have an alkus GM 10 facing.

Aluminium with high-quality annealed powder coating. Primary beams and MD drop heads are the load-bearing system of MevaDec. The grooves are punched to reduce the cleaning effort.

Aluminium profile with plastic nailing strips on top and at the bottom. Can be used in 2 ways: a) If used with the primary-and-secondary-beam method, it supports the facing. b) With the drop-head-beam panel method it is used for compensation.

Galvanized, partly with high-quality annealed powder coating. A safety latch prevents disengagement. The MD drop head permits lowering the formwork by approx. 19 cm so that it can be removed and re-used to form the next cycle (early stripping). Only props with drop heads remain in position to support the slab until the final setting of the concrete. The pluggable drop head is secured with pin 14/90 to EuMax props or with pin 14/135 to the aluminium profile of MEP props.

Galvanized, with high-quality annealed powder coating. Supports the MD panels and secures them automatically against unhooking. The panels can be suspended from below or placed from the top. The prop head is mounted to EuMax props with 2 bolts M12x35 and lock nut M12 or to the aluminium profile of MEP props with bolts M16x40 and lock nut M16. The pluggable prop head is secured with pin 14/90 to EuMax props or with pin 14/135 to the aluminium profile of MEP props.

Aluminium profile with high-quality annealed powder coating. Is equipped with a nailing to support job-built filler areas. For 21 mm facing (for 27 mm facing upon request).

Galvanized. Tightly connects MD panels to each other and clamps MD compensation beams to MD panels. Clamping length 4,4 cm.

Galvanized. Permits support of primary beams where no drop head can be used, e.g. for intermediate support, at walls and with cantilevering primary beams. Is attached to the underside of the primary beam with its integrated hammerhead screw. The prop connector is provided with an eye to attach a tensioning chain to anchor the slab formwork to the ground, e.g at slab edges.

Galvanized. Clamps planks to the bottom of primary beams. When using MEP props, the safety claw can be used to attach a tripod to the aluminium profile.

Galvanized. Eases the assembly when applying the panel method. The panels are simply swung up and temporarily supported by the MD assembly stick. We recommend using 2 sticks for a smooth assembly sequence. The stick has an adjustment range from 1,95 to 3,40 m.

Galvanized. Eases stripping of primary beams if these stick to the slab due to an increased concrete adhesion or inclined props.

Galvanized. With chisel. Is used to clean the groove of the MD primary beam.

Spare part. Replaces the used blade of the cleaning scraper.

Plastic cover. Closes the gap between two MD panels when applying the drop-head-beam-panel method (FTE). Length 1,50 m.

Aluminium. Is attached to the groove of the primary beam and allows one person to level the slab formwork.

Is used to stack and transport 5 to 12 MD panels. Distance between holes is 14 cm. We recommend using 2 foldable angles and 2 angles of the rigid type per stack. Max. load capacity is 10 kN per angle. For safety reasons consider 20 kN as maximum capacity for the whole stack.

Is used to move MD panel stacks in transport angles 14 or in the MD transport rack (4 castors are required in either case). The load capacity per castor is 1 kN. The overall height of the stack including castors is 2,10 m with transport angles and 2,45 m with the MD transport rack.

Galvanized. Is used to stack and transport up to 14 panels 160 x 80 cm. Two transport racks can be stacked (length/width/height 175 x 82 x 232 cm). For the operation and safety check see the transport rack Operating Instructions.

Three-layer plywood forming face, 21 mm thick, with resistant coating on both sides. Good pore structure of the concrete due to absorbent surface. Alternative: alkus all-plastic facing.

Not shown. Multi-layer plywood forming face, 21 mm thick, with film-coating on both sides and edge protection.

Not shown. For safety against wind load. 50 mm wide, reinforced loop 200 mm, cranked snap hook with safety flap, DIN EN 12195. Adm. load: 25 kN (straight), 50 kN (strapped). Is attached to climbing bracket KLK or bracket extension and with safety eye to concrete wall. This can be done at the cone from the previous pour.

Galvanized. Is attached to two wooden girders H20. With eyes to attach the tension belt.

Not shown. Eases formwork cleaning and is applied to the formwork parts not in contact with the concrete, e.g. panel frames. We recommend spraying the wax all around the panels while they are piled up. It is sufficient to apply the wax after 5–6 re-uses. The forming face is still to be treated with MevaTrenn release agent. Consumption: 1 litre per 10–20 m².

Universal release agent that can be applied to all types of facing. Usable for civil engineering and building projects as well as in precast concrete factories. Without solvents. Fast biodegradable according to CEC-L-33-A-94. Viscosity is 17 mm2/s/20°C. Water hazard class 1.

Not shown. Suited for absorbent and non-absorbent forming faces.Solvent-based. Evaporates when applied, leaving avery thin film of release agent on the facing. Especially recommended for formwork with alkus facing (apply sparingly by using the stainless steel jet). Water hazard class 1, i.e. generally not hazardous to water. Consumption: 1 litre for approx. 50–90 m².

Not shown. To allow for an even and sparing spraying of the forming surface, suited for (5 litre) MevaTrenn and wax.

A complete set for the repair of alkus facing. All items can also be ordered separately.

Galvanized. According to European Standard EN 1065, class E. Admissible load capacity 30 kN. Higher load capacities are permitted when used with MEVA formwork (see the MevaDec Technical Instruction Manual).

Combination of steel inner tube and aluminium outer tube with T-groove to attach reinforcing frames. The SAS quick lowering system allows the stress in the prop to be released with one strike of a hammer. After stripping the prop automatically resets and locks in the original position. According to the European Standard EN 1065 the load capacity is as follows when used as a single prop: MEP 300 with SAS – 40 kN at any extension; MEP 450 with SAS – 20 kN at any assembly position (or 30 kN when the inner tube is at the bottom). Higher load capacities are permitted when used with MEVA formwork (see the MevaDec Technical Instruction Manual).

Galvanized. According to the European Standard EN 1065 class D the admissible load capacity is 20 kN at any extension. Higher load capacities are permitted when used with MEVA formwork (see the MevaDec Technical Instruction Manual).

Galvanized. The forked prop head can be used as a support instead of a drop head at the beginning or end of a primary beam row. The forked prop head 20 is applied with formwork girders H20 and.

Galvanized. Is used to attach MD drop heads, MD prop heads of forked prop heads, etc. Pin 14/90 is used for steel tube props up to Ø 63 mm. Pin 14/135 is used with the aluminium profile of MEP props and MEP extension pieces.

Galvanized auxiliary to stabilize props with Ø 48 to 80 mm. The turnable legs allow the tripod to be used in rooms, along walls or in corners. The tripod can be attached to the aluminium profile of the MEP props with the MD safety claw.

Are used to attach MD drop heads and MD prop heads to the MD/ME props.

Robust multi-purpose girder for the most different tasks. While the girder itself does not weigh much, it has a high load-bearing capacity (approved by building authorities). Admissible load: Q = 11 kN, M = 5 kNm.

Galvanized. Is used to connect wooden H20 girders to each other. The wedge locks the girdes into place and releases them.

Prop according to standard EN 1065 class E. Steel inner tube and aluminium outer tube with T-groove to attach reinforcing MEP frames. The SAS quick-lowering system allows the stress in the prop to be released with one strike of a hammer. After stripping the SAS automatically resets and locks in the original position. Load capacity according to EN 1065 when used as a single shore: MEP 300 with SAS – 40 kN with any adjustment range. MEP 450 with SAS: 20 kN when used as a single prop or 30 kN when assembled with the inner tube downwards. When used together with MEVA systems, higher loads are permitted (see the MevaDec Technical Instruction Manual).

Aluminium. Reinforcing frame that is required when building towers with MEP props. The frames are attached to the aluminium outer tube of the MEP props or extension pieces using the integrated quick connector.

Aluminium profile (same as outer tube of MEP prop) with 2 foot plates. Is used to extend shoring towers. A plug connector MEP and 2 pins 14/135 are required.

Galvanized. Is used to connect MEP props and extensions. Together with 2 pins 14/135 the plug connectors provide a rigid connection.

Galvanized. Is used as foot plate for MEP props and extension pieces on sloped surface for perpendicular load transfer. Max. inclination on all sides is 5° or 9 %.

Galvanized. Allows props beneath slab tables to be folded so that with a transport spreader the slab tables including props can be moved out of the building and for example over parapets without detaching and re-attaching the props.

Is used to attach the MD beam to the prop or prop extension.

Galvanized. With DW thread to clamp stringers to the prop head. Is safely attached to the inner tube of MEP props with pins 14/90 or to the aluminium outer tube with pins 14/135.

Galvanized. Adjustable cross-brace made of steel tubes. Is used for bracing when prop spacing varies. The two figures 170/90 and 300/180 indicate the maximum and minimum prop spacing.

Galvanized. Is used to attach scaffold tubes Ø 48 mm to the aluminium outer tubes of MEP props or extension pieces.

Galvanized. Is used to attach push-pull props to the aluminium outer tube of the MEP props or extension pieces.

Galvanized. DW thread Ø 15 mm. Is used to attach props for horizontal bracing, e.g. in case of single-sided formwork. Length of thread approx. 20 cm.

Galvanized. Is used to lift and move shoring towers and slab tables. Height 2,12 m; load capacity 500 kg. Adjustment range from 62 to 196 cm. The lift truck is positioned below the MEP frames. Always 2 lift trucks are required. When using the lift trucks and for safety inspection observe the lift truck Operating Instructions.

Galvanized. Is used to move large shoring tower units. Length 2,4 m; load capacity 30 kN (3 tons); 4 wheels. The pre-assembled plug connectors can be adjusted to MEP frames 55, 110, 170 and 220. The number of required walers is determined by the size of the shoring tower unit to be moved. Please observe the transport waler Operating Instructions.

Galvanized, foldable. Max. load capacity 10 kN (1 ton). Is used to move slab tables with a crane. Length can be adjusted from 3,25 m to 5,00 m and width from 0,50 m to 2,00 m. When using the transport spreader, observe its Operating Instructions.

Forged, galvanized. DIN 18216. DW thread Ø 15 mm, plate Ø 100 mm, SW 27. Admissible load capacity 90 kN.

Galvanized. DW thread Ø 15 mm. Is used to move slab tables. Load capacity 10 kN (1 ton). Always 4 crane hangers are required for transport. A flange nut 100 must be ordered separately. Length of thread 52 cm.

Galvanized. Is used to safely lock the plug connectors MEP at the profile of the MEP props and extension pieces, forked prop heads, MD drop heads etc. Pin 14/90 is used for the steel inner tube (with max. 63 mm Ø), pin 14/135 for the aluminium profile of the MEP props and extension pieces.

Galvanized steel spindle. Coarse adjustment with the G-hook, precise adjustment with the robust adjusting nut on the outside thread. The spindle can be bolted to the outer tubes of all MEP props and extension pieces by using four M16x40 screws and 4 nuts (screws must be ordered separately). The adjustment range is as follows: 28 to 80 cm, 68 to 120 cm with MD drop head, 36 to 81 cm with forked drop head plus the height of the selected stringer, 37,5 to 82,5 cm with calotte support MEP.

Not shown. Is used to attach MD drop heads or MEP spindles to the MEP props or extension pieces.

Galvanized. Is plugged into the MD support for panel or beam.

Galvanized. With manifold to be plugged into the walkway bracket and with 48 mm Ø tube to attach scaffold couplers.

Galvanized. Permits attachment of a guard-railing post at the MD panels and is used to form a stop end at the edge of the slab.

Galvanized. Permits attachment of a guard-railing post at primary and secondary beams and is used to form a stop end at the edge of the slab with primary and secondary beams.

Coated. Is used as side railing at the slab edge and can be clamped to all kinds of beams or concrete slabs. Railing clamp 100: height 100 cm, clamping length 45 cm Railing clamp 140: height 140 cm, clamping length 50 cm.

Galvanized. Is used as hand-rail / mid-rail in combination with guard-railing post 48.

Galvanized. Connects 2 scaffold tubes with Ø 48,3 mm at any angle required.

Steel, painted. Sturdy steel mesh with reinforced edges and closed steel sheet to prevent small items from falling down. The safety mesh serves as railing, sheet and mesh. 500 kg impact protection. Meets the requirements as defined by European standard EN 133374, classes A, B and C.

Steel, painted. Height extension for safety mesh MFS. 500 kg impact protection. Meets the requirements as defined by European standard EN 133374, classes A, B and C.

Steel, galvanized. Connects safety meshes MFS at angles from 76° to 284°. Can be attached anywhere at the safety mesh.

Steel, galvanized. Is used to form slab ends for slabs up to 60 cm thick.