Reinforced concrete - Import export

Efficient, easy-cutting diamond core bit especially for reinforced concrete and concrete.

ELKON planetary mixers are designed to perform high mixing performance even for the challenging applications and mostly preferred for producing precast concrete products such as low or zero slump precast concrete, fiber reinforced concrete, self-compacting concrete, etc. They provide the highest homogeneous mixture even in shorter mixing time as the mixer turret is rotating around the mixer center point and in the meantime mixing stars connected to this turret are circumvolving. Advanced Features of ELKON Planetary Mixers High mixing performance even for challenging concrete applications High mixture homogeneity in shorter mixing time High wear-resistant mixer wearing parts Easy maintenance due to wide maintenance gates and bolted type replaceable linings Italian gearbox (COBRA) Low maintenance cost

Efficient, easy-cutting diamond core bit especially for reinforced concrete and concrete. Suitable for core drill rig and freehand use.

Chloride-free accelerator in powder form for the production of concrete precast elements with very high early strength; suitable for any concrete and reinforced concrete acc. to EN 206-2; significant shortening of demoulding cycles; faster circulation of moulds; cold weather concreting. Accelerates the rate of hydration of cement; significantly increases early strength while maintaining final strength.

Nano-CSH based nitrate-free accelerator of hardening of the latest generation for higher strength at an early stage of hydration. Concrete and reinforced concrete in accordance with DIN EN 206-1 in conjunction with DIN 1045-2, also in prestressed concrete. Considerably quicker formwork handling in precast concrete production, significant reduction or total absence of heating measures, reduced CO2 emissions, potential savings on cement, use of cement with lower clinker content or increased proportion of cement substitutes, concreting at lower temperatures, earlier attainment of minimum strength required for frost resistance, improved durability (for example, reduced water absorption and improved impermeability of the concrete).

LIPP® Tank Refurbishing Quantities change and existing tanks become too small – these are also problems that frequently arise. In such cases, the mobile machine technology from Lipp using the LIPP® DoubleSeam System or the LIPP® welding technique offers a solution that is as simple as it is costeffective, while being extraordinarily stable. Tanks can be installed on site in any size required and can be placed in an existing steel or reinforced concrete basin using a mobile crane. The existing tank volume is utilised, eliminating the need for expensive demolition work. There is also a range of materials to choose from for the tank itself so that it can be optimally matched to the intended application. VERINOX®, the combination material developed by LIPP® consisting of galvanised steel (for the outside of steel containers) and stainless steel (for the inside of containers), is characterised in particular by the excellent costbenefit ratio that it offers.

SYSTEM FOR THE COST EFFECTIVE REFURBISHING OR VOLUME EXPANSION OF CONTAINERS OR TANKS Changing conditions, material wear, a change to the filling medium – these are just a few of the factors that lead to the replacement of containers used in industry or at municipal sewage treatment plants. Quantities change and existing containers become too small – these are also problems that frequently arise. In such cases, the mobile machine technology from Lipp using the LIPP Double Seam System or the LIPP welding technique offers a solution that is as simple as it is cost effective, while being extraordinarily stable. Containers can be installed on site in any size required and can be placed in an existing steel or reinforced concrete basin using a mobile crane. The existing container volume is utilised, eliminating the need for expensive demolition work. Utilisation of the existing container volume High stability, leak tightness and safety Continuous adaptation to existing container

STRATE AWALIFTSCHACHT pre-fabricated shafts are used in private, industrial and municipal areas where the installation of sewage pumping stations within existing or planned buildings is not possible. The different design sizes of the pre-fabricated STRATE AWALIFT shafts allow the optimum size to be assigned to every individual AWALIFT pumping station. The possible installation of basement draining pumps in pump sumps is taken into consideration in the shaft dimensions. One-piece compound structure made of glass fibre reinforced plastic (GRP) from a shaft pipe diameter of 1000 mm to 2900 mm, cover and base plate made of reinforced concrete. Absolute water-tightness provides for excellent suitability for further purposes e.g. as an inspection, cleaning or valve shaft. Meets all the requirements of the ATV “Sewage” regulations, which means the pre-fabricated STRATE AWALIFTSCHACHT complies in production and scope of supply completely

Material: low carbon steel We offer our STAX steel fibers as short fiber according to customer specification (on special request as well as strand on reels). The Ø-fiber strength is approx. 30-50 μm. Regular analyses in our laboratory ensure the quality of our products. Main area of application for our STAX steel fibers is friction material for brakes and clutches, and as concrete reinforcement or in plastic compounds. Further we produce segment wire steel fibers for reinforcement of conrete floors for example.

Ronix SDS Plus Drill Bit Ø 7mm is heat-forged for strength and longevity with a sharp Tungsten Carbide Tip edge which is designed for maximum impact on masonry/concrete material by allowing for effective and precise hammer drilling. The shank is made of heat-forged and hardened steel. The material used for the tip is tungsten carbide which makes this Ronix hammer drill bit easy and reliable inside deep and heavy-duty masonry, reinforced concrete, tile, brick and cinder block.

Ronix SDS Plus Drill Bit Ø 8mm is heat-forged for strength and longevity with a sharp Tungsten Carbide Tip edge which is designed for maximum impact on masonry/concrete material by allowing for effective and precise hammer drilling. The shank is made of heat-forged and hardened steel. The material used for the tip is tungsten carbide which makes this Ronix hammer drill bit easy and reliable inside deep and heavy-duty masonry, reinforced concrete, tile, brick and cinder block.

Ronix SDS Plus Drill Bit Ø 6mm is heat-forged for strength and longevity with a sharp Tungsten Carbide Tip edge which is designed for maximum impact on masonry/concrete material by allowing for effective and precise hammer drilling. The shank is made of heat-forged and hardened steel. The material used for the tip is tungsten carbide which makes this Ronix hammer drill bit easy and reliable inside deep and heavy-duty masonry, reinforced concrete, tile, brick and cinder block. Ronix SDS Plus Drill Bit Ø 6mm feature 2-flute self-centering carbide tips which ensure fast cut speed and maximum lifetime. The flutes are specially designed to allow maximal amount of concrete removal for both ease of use and effectiveness in concrete/masonry drilling and hammer drilling.

Ronix SDS Plus Drill Bit Ø 10mm is heat-forged for strength and longevity with a sharp Tungsten Carbide Tip edge which is designed for maximum impact on masonry/concrete material by allowing for effective and precise hammer drilling. The shank is made of heat-forged and hardened steel. The material used for the tip is tungsten carbide which makes this Ronix hammer drill bit easy and reliable inside deep and heavy-duty masonry, reinforced concrete, tile, brick and cinder block. Ronix SDS Plus Drill Bit Ø 10mm feature 2-flute self-centering carbide tips which ensure fast cut speed and maximum lifetime. The flutes are specially designed to allow maximal amount of concrete removal for both ease of use and effectiveness in concrete/masonry drilling and hammer drilling.

Ronix SDS Plus Drill Bit Ø 12mm is heat-forged for strength and longevity with a sharp Tungsten Carbide Tip edge which is designed for maximum impact on masonry/concrete material by allowing for effective and precise hammer drilling. The shank is made of heat-forged and hardened steel. The material used for the tip is tungsten carbide which makes this Ronix hammer drill bit easy and reliable inside deep and heavy-duty masonry, reinforced concrete, tile, brick and cinder block. Ronix SDS Plus Drill Bit Ø 12mm feature 2-flute self-centering carbide tips which ensure fast cut speed and maximum lifetime. The flutes are specially designed to allow maximal amount of concrete removal for both ease of use and effectiveness in concrete/masonry drilling and hammer drilling. Ronix SDS-Plus Drill Bits are made of steel and heat-forged for absolute strength and longevity with a sharp Carbide.

Sensors of the IFE family with a length of up to 900 mm are used to detect large metallic objects and offer a switching distance of up to 180 mm. The sensors are very robust, water-tight according to IP 68 and thus also suitable for outdoor use. The proximity switches are based on the proven inductive principle and switch con tactless when a metallic object moves close. Sensors of the family replace several inductive sensors connected in series. With their large sensor surface the reliably detect large moving metal parts. The sensors check for example the reinforcement in cast concrete parts during quality control or report the presence of railway rails for onward transport.

Steel mesh constructions from WDM Deutenberg save stability of your construction plans from the inside. Our reinforcement meshes are greatly proven, e.g. for aerated concrete, reinforced concrete or floor fill concrete.

Earthing Clear tasks relating to earthing arise from relevant norms and regulations: DIN VDE 0101: 9.3.4 Measuring for earthing of operating media and systems All exposed metal parts of electrical operating media which are not part of the operational power circuit (structures), which are part of the electrical network must be earthed.Insulated areas should be created in special cases. All metal parts which are not part of electrical operating media should be earthed, provided this is appropriate (e.g. due to accidental arcing, capacitive and inductive coupling). Betonbau generally realises this task through discretely-structured visible connections between the HPAS of the building and active plant components. This offers you the advantage of high process reliability and contributed to overall comprehension and verifiability for everyone. Reinforced concrete also offers enormous advantages in itself with regard to equipotential bonding and integration in earthing current circuits.