Reinforced concrete - Import export

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

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

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 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 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.

Cement is used for various construction works, for example, for pouring foundations, or, as a fixing mortar, for brickwork. In addition, cement is used to produce concrete and is used to make reinforced concrete. The use of reinforced concrete has spread in both industrial and civil construction.

The main application of reinforcement is construction, in which almost all types of reinforcement are used: knitted mesh, steel rods, frames, corners. In construction, building reinforcement serves as a frame for a reinforced concrete structure. The reinforcement elements are connected to each other by welding or by bonding, contact the concrete and create a strong structure. Reinforcement is the basis of any building structure, which prevents deformation

Steel reinforcement is used and necessary for the construction of buildings, concrete structures, formwork, structures, which makes it possible to manufacture a reinforced concrete structure that is stronger and more durable, it is produced at factories in Ukraine with a set length of 12 meters. Depending on the strength requirements for the future building structure, its diameter is selected. For example, for the foundation of a fence, the diameter of the reinforcement can be 8 mm, but for building a house, a thickness of 10 12 mm is required, for bridge cranes 36 40 mm. The surface of the construction reinforcement is made in the form of notches specially for better fixation in concrete. The growth rates of construction in our country and in the world as a whole are constantly increasing. Every day, new materials and advanced technologies appear that significantly improve this process. You can contact us by mail - marketing@stalevar.com or by phone +380675624220.

Is used for backbone and subscriber FOCLs as an addition to UK-N/U Multi Mounting Unit 150mm extension (for reinforced-concrete supports) when a FOC needs to be mounted on a support. Provides 150 mm FOC projection from the support.

Textile Technologies Europe Ltd is the largest UK distributor of fibreglass reinforcement mesh for internal plaster, external render, EIFS manufacture, concrete screed reinforcement, Mozaic Tile reinforcement and specialist reinforcement applications in the UK. Textile Technologies also distribute exclusively for in the United Kingdom, bringing a world leader of technical reinforcement knowhow and solutions to our shores.

with expanded clay or with mineral wood fibres The factors that mostly affect the efficiency of acoustic barriers are sound-insulation linked to the masses involved and sound-absorption linked to the porosity and shape of the materials. The noise barrier consists of two layers, one of normal reinforced concrete with a density of 2200-2400 kg/mc, having a supporting function, one of light porous concrete with a density of 900-1100kg/mc. FIP and TECNOACUSTICA offer a noise barrier consisting of a 100mm-thick prefabricated structure of self-stable reinforced concrete and a Greek-fretted facade made of lightweight concrete panels with expanded clay and/or mineral wood fibres for a total thickness of 120mm.
The standard length of panels is 292 cm, which permits a typical centre distance of 3 metres. In terms of height, standard measurements of individual panels are 1.5 metres and 2 metres. Panels are fitted onto metal frames that are dimensioned so as to withstand the stress resulting fro

They insulate the surroundings from trams, trains and undergrounds-induced vibrations by means of rubber mats, or dull them by means of tuned mass dampers. FIP INDUSTRIALE has developed a wide range of systems to reduce the effects of vibrations. In the railway, tramline and underground sectors, the use of special rubber mats under the ballast or under the reinforced concrete platforms, permits to isolate the surroundings from travelling trucks-induced vibrations. In other sectors vibrations can be dulled by means of tuned mass dampers or some types of seismic devices. TYPES: Damping mats Tuned mass dampers

The 6W64 wall consists of very thin reinforced concrete elements that, by alternating voids and fills** during fitting, create a set of pots to be filled with soil; more than 50% of the front surface consists of exposed soil which is arranged according to its natural sloping angle. The foundation elements rest on a concrete slab or on prefabricated elements; they are fitted by alternating right and left elements** and fixing is ensured by steel bars. The fill-in soil shall be green, rich in humus or in any case so as to ensure taking root of vegetation. The soil filling and compacting (to be accomplished by poleaxe) shall be performed every other layer of the structure, in order to let the soil fill completely the space available. It is preferable to fit an automatic sprinkler system during the mounting phase: the low cost is appropriately offset by the saving of maintenance costs and by the advantages in terms of sound-proof performance and appearance. The 6W64 wall can be placed bo

This type of joint was specifically designed for highway use within structures creating horizontal movements up to 15 mm and vertical movements up to 5 mm. Due to its characteristics, it can be fitted on any type of structure, whether it is made of reinforced concrete, prestressed concrete or steel. It consists of: • a Hypalon gutter, ending at its extremes with a mesh securing it to the slab; • a neoprene ribbed bulb, of suitable section, resting onto its upper wings on the edges of the slab heads, recessed within the gap. The Hypalon gutter ensures watertightness of the deck and drainage of waters outside of the road bed. It is a seamless type of gutter and it covers the entire road bed with the right slope and it is fixed to the slab by means of a mesh with epoxy adhesive and primer.

 The function of the neoprene bulb is to support the overhanging pavement. JOINT TYPE HEIGHT H (mm) WIDTH *X (mm) GAP *Y (mm) Bulbo piccolo 43 45 Max 20 Bulbo medio 77 80 Max 40 Bulbo grande 90