Reinforced concrete - Import export

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

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.

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.

Due to their design, Vibrophores have been used in the past solely as dynamic materials testing machines to determine durability with regard to fatigue life and fatigue limit, for example for fatigue testing to DIN 50100 (S-N curve) under tensile, compression, pulsating and alternating loads. The new generation of ZwickRoell Vibrophores can be used as both dynamic and full-fledged static materials testing machines that accommodate test loads up to 1000 kN. Typical applications are material fatigue tests and durability tests on standardized specimens and components (for example, piston rods, crankshafts, and screws) and production and quality control of components exposed to dynamic loads during their service lives, such as concrete and reinforcing steel, as well as quasi-static tensile and compression tests and fracture mechanics tests on CT and SEB specimens.