BIRSS 30 Spets — cement-polymer mix for vertical and overhead surfaces
Non-shrink fine-grained mix for non-structural repair and levelling of concrete on vertical and overhead areas; workability is retained for 60 minutes.
The Concrete repair section gathers materials that bring back concrete and reinforced concrete elements damaged by rebar corrosion, impacts, freezing, aggressive media or long service. They include bridges and overpasses, tunnels and metro, dams and port structures, tanks and treatment facilities, columns, beams and slabs of industrial buildings, road and airfield pavements. The subsections follow the repair method.
The “Request a price” button in the section and on product pages helps you learn the cost and get a material selection. Tell us about the structure and the damage: depth and area of defects, whether rebar is exposed and which surface you will work on — vertical, overhead or horizontal. Add the loads and media acting on the structure, the season and temperature planned for the repair and when the facility must return to service. Based on this, we will assemble a repair system from catalogue items.
Repair materials are dispatched from Tashkent to every Uzbek region, including Karakalpakstan; we also serve sites in Tajikistan, Kyrgyzstan and Turkmenistan. Delivery terms for your site are given in our offer.
Non-shrink fine-grained mix for non-structural repair and levelling of concrete on vertical and overhead areas; workability is retained for 60 minutes.
Shotcrete mix for repairing and protecting structures, supporting mine workings, tunnel linings, silos and cooling towers; 40 MPa in compression at 28 days.
Non-shrink pourable mortar for road pavements, runways, bridges, car parks and equipment foundations; 60 MPa at 28 days.
Non-shrink flowable mortar for roads, airfields, bridges, floors and equipment foundations, placed from −15 to +5 °C.
Flowable non-shrink mix for repairing roads, bridges, industrial floors and anchoring equipment; 80 MPa in compression at 28 days.
High-strength flowable mortar for repairing pavements, bridges and floors in frost: at −15 °C it reaches 45 MPa in compression in 28 days.
Repair mortar with polymer microfibre for vertical and horizontal structures of bridges, tunnels and ports and potholes without formwork; W18.
Micro-reinforced mortar for repairing bridges, tunnels and hydraulic structures at temperatures from −15 to +5 °C; water impermeability W18.
Accelerated-hardening thixotropic mortar for repairing bridges, tunnels and joints at temperatures from −10 °C; 20 MPa after 2 hours at +20 °C.
Mortar with polymer microfibre for local structural repair of bridges, tunnels and hydraulic structures; 70 MPa at 28 days.
Thixotropic mortar with microfibre for repairing bridges, tunnels and port structures from −15 to +30 °C; at +20 °C it reaches 70 MPa in 28 days.
Flowable mortar for non-structural repair: filling cracks in floors, monolithic joining of joints and injecting voids; class R2.
Powder compound for corrosion protection of reinforcement and forming a bonding bridge between metal and concrete; bond to metal 2.0 MPa.
Kit of dry mix and granite aggregate for repairing ramps, bridge abutments, channels, floors and slab joints; modulus of elasticity 25,000 MPa.
Thixotropic repair mortar with fibre for airfield and road pavements under intensive dynamic and impact loads; class R3.
Rapid-hardening polymer-cement mix for small defects of exposed concrete, steps, stairs and fine finishing; aggregate size 0.315 mm.
Two-component mortar for repairing vertical, inclined and overhead concrete areas on bridges and in buildings; placing is possible from −10 °C.
Fibre-reinforced mortar for repairing bridges, tunnels, joints between precast elements and potholes without formwork; compressive 45 MPa at 28 days.
Thixotropic repair mix for bridges, tunnels and joints of precast structures, placed at temperatures from −15 to +5 °C.
Shrinkage-compensated repair mortar for bridges, tunnels, hydraulic structures and joints of precast reinforced concrete; class R3.
Thixotropic mix with reinforcing fibre for structural repair of bridges, tunnels and joints of precast concrete; 15 MPa in compression after one day.
Fibre-reinforced shotcrete mix for repairing bridges, tunnels, hydraulic structures, columns and beams; class R3, F2 400.
Fibre-reinforced R4 repair mortar for bridges, tunnels and structures under dynamic loads; aggregate size up to 5 mm.
Mix for hand repair of joints, cracks and concrete defects without formwork at low and sub-zero temperatures; at +20 °C it reaches 55 MPa in 28 days.
Fibre-reinforced thixotropic mortar for column and beam corners, balcony edges and working joints; service temperature up to +300 °C.
Thixotropic mix with fibre for columns, beams and balconies at temperatures from −15 to +5 °C; in frost it reaches 55 MPa in compression in 28 days.
CFRP laminate with an epoxy matrix for strengthening beams, bridges and industrial buildings; width 50 or 100 mm, strength above 3500 MPa.
CFRP laminate 50, 100 or 120 mm wide for strengthening beams, bridges, columns and industrial buildings; modulus of elasticity above 170 GPa.
Polyurethane-pultruded CFRP laminate 83 or 120 mm wide for strengthening beams, bridges and industrial structures; rolls of 11 linear m.
Epoxy primer for treating concrete, reinforced concrete and masonry before installing the CarbonWrap system; pot life at least 90 min.
Epoxy putty for levelling the substrate and repairing small defects and cracks before installing CarbonWrap at temperatures from +10 °C.
Epoxy putty for preparing the substrate for CarbonWrap at low temperatures, from +5 to +23 °C; suitable for overhead surfaces.
Epoxy saturating resin for impregnating and bonding carbon and other reinforcing fabrics and tapes by the “wet” method; bond to concrete above 2.5 MPa.
Epoxy saturating resin for high-density carbon materials, for hand and machine impregnation; the “winter” version works from +10 °C.
Epoxy adhesive paste for bonding CFRP laminates and steel plates, levelling the substrate and repairing cracks; 30 kg kit.
Rapid-hardening thixotropic mix for repairing concrete and masonry at air temperatures down to −10 °C; at least 30 MPa compressive after one day.
Cementitious mix for repairing and waterproofing concrete, masonry, joints and screeds in tanks and treatment plants; compressive strength at least 50 MPa.
Fine-grained cementitious mix for repairing and waterproofing concrete by hand or by dry-mix shotcreting; watertightness at least 14 atmospheres.
Thixotropic non-shrink class R3 mix for repairing and levelling concrete and reinforced concrete structures; watertightness W18.
Repair mix with polypropylene fibre and compensated shrinkage for concrete defects in interior and exterior work; bond 2.0 MPa.
Fine-grained mix with fibre for repairing and waterproofing concrete by hand or by dry-mix shotcrete; watertightness 14 atmospheres, 300 cycles.
Non-shrink class R4 mix for repairing reinforced concrete by placing in formwork and for high-strength screeds; watertightness W20, F1 600.
Flowable mix resistant to washout by water, for underwater repair of bridge piers, port and hydraulic structures.
Cementitious mix for dry-mix shotcreting in repair and strengthening of structures, tunnels, shafts and vaults; up to 80 MPa compressive at 28 days.
Coarse-grained thixotropic R3 mortar for repairing concrete, steps and stair flights at temperatures from −15 to +15 °C; W12, F2 300.
Non-shrink flowable R3 mortar with fibre for strengthening horizontal bases and filling voids under foundations; 40 MPa, W14.
Rapid-hardening flowable R4 mortar for fast-track repair of bridges, tunnels and industrial floors, including at −10 °C; 10 MPa after 2 hours.
Fibre-reinforced flowable R4 mortar for repairing concrete under high humidity, loads and in aggressive environments; 60 MPa, W18, F2 400.
Non-shrink finishing R3 mortar for finishing concrete and stone surfaces and repairing dormant cracks; contact with drinking water is permitted.
Thixotropic R2 mortar with fibre for filling voids, caulking joints, repairing manholes and tanks; compressive strength from 20 MPa at 28 days, W8.
Thixotropic R3 mortar for repairing concrete of B20 and above on walls and ceilings without formwork: bridges, tunnels, car parks; 40 MPa at 28 days.
Thixotropic R4 repair mortar for bridges, tunnels, cooling towers and flue ducts under static and dynamic loads; 60 MPa, W18.
Elastic cement-polymer mix with corrosion inhibitors for protecting steel reinforcement and forming a bond coat before repair; 4 kg pail.
Cementitious compound for rebar corrosion protection and as a bonding layer before repair mortars; bond to metal at least 2.5 MPa.
Two-component chemically resistant epoxy primer on concrete under lining and Khimskrin SE 2k coating; pot life at 20 °C at least 60 minutes.
Two-component epoxy coating protecting concrete of treatment plants and sewers against sulphuric acid and hydrogen sulphide; contact with drinking water is permitted.
Mineral-chemical modifier for Portland cement concretes and mortars: water impermeability from W2 to W16 according to laboratory tests.
Rigid low-viscosity polyurethane resin for bonding cracks and joints and restoring the load-bearing capacity of concrete; 80 MPa compressive.
Self-compacting non-shrink class R4 mix for repairing densely reinforced structures, grouting equipment and concreting under water.
Low-viscosity epoxy resin for injecting cracks 0.1–0.8 mm wide through packers in columns, beams and floors; adhesion to concrete from 3.0 MPa.
Thixotropic epoxy mortar for filling spalls and gouges with a chemically resistant coating on concrete, stone and brick; 95.0 MPa compressive at 7 days.
Finely dispersed cementitious skim coat for finish repair and levelling of concrete, brick and stone walls and ceilings; bond to substrate 2.8 MPa.
Rapid-hardening microcement for injecting through and internal cracks, caverns and separations in concrete and masonry; work down to −15 °C without heating.
High-strength microcement for injection strengthening of foundations, consolidation of structures and soil stabilisation; 85.0 MPa compressive at W/S 0.3.
Coarse-grained flowable class R3 mix for non-structural repair of deep gouges on floors, roads and bridges; 40.0 MPa compressive after 28 days.
Fine-grained flowable class R3 mix for non-structural repair of shallow spalls in floors, roads and foundations; aggregate size 1.0 mm.
Coarse-grained flowable R4 mix for structural repair of floors, roads, airfields and bridges; frost resistance F1 1000, watertightness W20.
Flowable mix with steel and polypropylene fibre for repairing pavements under dynamic and vibration loads; flexural strength 11.0 MPa after 28 days.
Class R4 flowable mortar with 1.0 mm aggregate for structural repair of small spalls and cavities in industrial buildings and on airfields; W16, F1 600.
Flowable mix for fast-track structural repair of floors, roads and bridges; 20.0 MPa compressive after 2 h, workability retained for 20–30 min.
High-strength flowable mixes for structural repair of floors, roads, airfields and equipment foundations; 80.0 and 100.0 MPa compressive after 28 days.
Off-season flowable mortar for autumn and spring: placing at −10…+7 °C, 15.0 MPa after 2 h, class B50 — for floors, roads and airfields.
Steel-fibre flowable mortar for autumn and spring repair at −10…+7 °C: rapid strength gain, Btb8.0 and 60.0 MPa compressive after 28 days.
Rapid-hardening fine-grained B40 flowable mortar for autumn and spring repair of floors and equipment foundations at −10…+7 °C; 10.0 MPa after 2 h.
Coarse-grained winter B50 flowable mortar for deep gouges on bridges and equipment foundations, without heating down to −20 °C; 20.0 MPa after 2 h.
Fine grain and work without heating down to −20 °C: a mix for urgent filling of shallow spalls in road and airfield pavements; 15.0 MPa after just 2 h.
High-strength self-levelling B70 mix for winter repair of industrial floors and roads down to −20 °C; 55.0 MPa after just 24 h.
Finely dispersed flowable R4 mix for thin-layer structural repair of floors, roads and bridges; aggregate size 0.2 mm, compressive 60.0 MPa.
Basic microcement grade with particles up to 0.1 mm: it is used to prepare an injection grout for bases, soils and internal damage in masonry and concrete.
Non-structural filling of large spalls and gouges on walls, columns and beams of industrial buildings: a thixotropic R3 mix with 3 mm aggregate.
R3 mortar with grain up to 1 mm for non-structural repair of small defects in columns, beams and walls of industrial buildings at temperatures from +5 °C; B30.
Coarse-grained thixotropic R4 mortar for repair and strengthening of bridges, tunnels, dams and tanks; F1 1000, W20, compressive 65.0 MPa after 28 days.
Mix with an expansive admixture and modifiers that reduce cracking, for structural repair and strengthening of reinforced concrete; class R4, B50.
Mix with steel and polypropylene fibre for repair and strengthening of structures under dynamic and vibration loads; flexural strength 11.0 MPa (Btb8.0).
Fine-grained thixotropic R4 mortar for structural repair of shallow spalls on bridges, in tunnels and on columns; watertightness W18.
Thixotropic B60 mix with a modulus of elasticity of 27.0 GPa for strengthening reinforced concrete columns, beams and walls of buildings and bridges; flexural 12.0 MPa.
Rapid-hardening thixotropic mix for urgent repair of walls, ceilings and columns at −10…+7 °C; 12.0 MPa compressive after 2 h.
Fine-grained rapid-hardening thixotropic mix for urgent filling of shallow spalls at −10…+7 °C; 10.0 MPa compressive after 2 h.
Coarse-grained R3 mix with an antifreeze admixture for non-structural repair of walls, columns and ceilings down to −10 °C without heating.
Fine-grained R3 mix with an antifreeze admixture for filling small spalls on walls, columns and ceilings down to −10 °C without heating.
Winter B45 mix for urgent filling of spalls and cavities on walls and ceilings of dams and tanks without heating down to −20 °C; 20.0 MPa after 2 h.
Fine-grained thixotropic mortar for urgent repair of spalls and cavities on walls, columns and ceilings in frost down to −20 °C; 12.0 MPa compressive after 2 h.
High-strength winter B60 mix for repairing columns, beams and overhead areas in tunnels and on bridges down to −20 °C; 55.0 MPa after just 24 h.
Fibre-reinforced thixotropic mix for shotcreting concrete, brick and stone walls and ceilings on bridges and in tunnels; class R3, W12.
Sulphate-resistant fibre-reinforced mix for shotcreting bridges, tunnels, tanks and treatment plants; watertightness W20.
Fibre-reinforced shotcrete mix for structural repair of walls and ceilings of bridges, tunnels and tanks in frost down to −10 °C without heating.
Two-component low-viscosity epoxy resin for elastic bonding of structures with crack widths of 0.3–5 mm; elongation at break 30 %.
Cementitious compound for protecting reinforcement against corrosion and forming a bonding layer in concrete repair; bond to the substrate from 2.0 MPa.
Flowable R4 mortar for urgent repair of road slabs, platforms, track concrete and grouting under bridge bearings; from 15 MPa after 2 hours.
Fibre-reinforced finishing mortar for repairing load-bearing, bridge and underground concrete structures; aggregate 0.315 mm, compressive strength 30 MPa at 28 days.
Thixotropic R3 cementitious mortar for structural repair of concrete and reinforced concrete in industrial buildings; compressive strength at 28 days from 35 MPa.
Fibre-reinforced mortar with sand up to 0.63 mm for repair and finishing of concrete structures of bridges, treatment plants and underground facilities; W12.
Fibre-reinforced finishing mortar for fine finishing of concrete structures in winter at temperatures from −10 to +10 °C; compressive strength 40 MPa at 28 days.
Finishing repair mortar with fibre and sand up to 0.63 mm for load-bearing, bridge and treatment structures; compressive strength from 20 MPa after one day.
Thixotropic R4 mortar for repairing B30–B40 concrete and reinforced concrete structures, including walls and ceilings; compressive strength at 28 days from 45 MPa.
Winter version of the thixotropic R4 mortar for repairing B30–B40 concrete at temperatures from −10 to +10 °C; compressive strength at 28 days from 45 MPa.
Flowable R4 repair mortar with polymer fibre for work at −10…+10 °C on bridges, treatment plants and underground structures; 45 MPa at 28 days.
Flowable R4 mortar for structural repair of load-bearing, bridge, treatment and underground structures; compressive strength 45 MPa at 28 days, W12.
Thixotropic R4 mortar with 1.25 mm aggregate for structural repair of concrete; 20 MPa in 24 hours and 45 MPa in 28 days.
Winter thixotropic R4 mortar with 1.25 mm aggregate for repairing concrete structures at temperatures from −10 to +10 °C.
Finely dispersed expanding cementitious compound for injection grouts, filling voids and cracks, anchors and equipment installation; 60 MPa.
Thixotropic R4 mortar for repairing high-strength concrete and reinforced concrete of B50 and above; 70 MPa at 28 days, water impermeability W20.
Non-shrink thixotropic R4 mortar to EN 1504 with polymer fibre: 20 MPa in compression after 2 hours, work at temperatures from −10 to +35 °C.
Thixotropic R4 repair mortar for high-strength concrete structures; at least 30 MPa after 24 hours and from 60 MPa after 28 days.
Thixotropic R4 mortar for repairing high-strength concrete structures in winter, at temperatures from −10 to +10 °C; 60 MPa in compression at 28 days.
Non-shrink flowable R4 mortar with fibre for heavily reinforced areas, bridges, roads, airfields and joints; 60 MPa at 28 days, work from −10 °C.
Thixotropic R4 repair mortar for structures made of B60 concrete and above; compressive strength at 28 days at least 80 MPa, flexural strength 10 MPa.
Flowable R4 mortar for structural repair of B60 concrete and above; at least 35 MPa after 24 hours and 80 MPa after 28 days.
Rapid-hardening highly filled acrylic polymer concrete with a reduced modulus of elasticity for expansion joints, slab edges and sleepers.
Impregnating compound of components A and B for restoring the load-bearing capacity of concrete and repairing track concrete; tensile strength from 20 MPa.
Epoxy repair compound for damp surfaces and underwater work on hydraulic, port and bridge structures; compression from 50 MPa.
Non-shrink fibre-reinforced R4 mortar in 25 kg bags for repairing bridges, tunnels, dams and columns; compressive strength from 55 MPa at 28 days.
Thixotropic class R4 mortar for repairing bridges, tunnels and columns by spraying or trowel; each bag comes with a pail of fibre, flexure from 12 MPa.
Non-shrink class R3 mortar for a smooth finish on new and repair of old concrete surfaces before protective coatings; aggregate size 0.315 mm.
Two-component epoxy injection resin for filling cracks and pores in concrete and masonry and restoring load-bearing capacity; compression from 70 MPa.
Two-component epoxy adhesive-sealant for joints, cracks, minor concrete defects and fixing rebar and anchors; full readiness within 1 day.
Non-shrink R4 concrete mix supplied with crushed granite for repairing airfield and road pavements, industrial floors and bridge piers.
Rapid-hardening flowable R4 mortar with polymer and brass-coated metal fibre for roads, airfields and bridges; from 30 MPa after 2 hours.
Non-shrink fibre-reinforced class R3 mortar for repairing concrete and reinforced concrete by wet spraying, including in large volumes; from 35 MPa.
Non-shrink lightweight cementitious R3 mortar for overhead surfaces and extensive concrete damage; density of the hardened mortar 1.5 t/m³.
One-component primer with corrosion inhibitors for cleaned rebar before concrete repair; supplied in 5 and 10 kg pails and 20 kg bags.
One-component primer with corrosion inhibitors protecting steel rebar during repair of reinforced concrete, including where chlorides are present; 5 and 10 kg pails.
Non-shrink thixotropic class R3 mortar for local repair and levelling of reinforced concrete in industrial buildings and tanks; compression from 40 MPa.
Fibre-reinforced thixotropic class R4 mortar for structural repair of reinforced concrete on vertical, horizontal and overhead surfaces.
Non-shrink fibre-reinforced R4 mortar for bridges, tunnels, dams and treatment plants, tested for resistance in liquid acidic aggressive media.
Thixotropic class R4 cementitious mortar for fast concrete repair and joint filling in industrial buildings and tunnels; from 30 MPa after one day.
Non-shrink fibre-reinforced R4 mortar for repairing bridges, tunnels, dams and columns; compressive strength at 28 days at least 60 MPa.
Fibre-reinforced R4 repair mortar for bridges, dams, tunnels and columns with compressive strength from 70 MPa and water impermeability W20.
Rapid-setting fibre-reinforced R4 mortar for repairing walls and soffits without formwork, including in frost; from 20 MPa compression after 2 hours.
Non-shrink fibre-reinforced R3 mortar for repair, finishing and local levelling of concrete, including precast elements; 35 MPa at 28 days.
Rapid-setting mortar for repairing concrete after rebar corrosion and impact, resistant to liquid acidic media; from 30 MPa compression after one day.
Rapid-hardening fibre-reinforced flowable R4 mortar for roads, airfields, beams and slabs, machine bases and anchor fixing; compression from 65 MPa.
Fibre-reinforced non-shrink mortar for repair, finishing and local levelling of concrete, including floors; flowability is retained from 60 minutes.
Ready dry mix for dry shotcreting of mine workings, rock bases and damaged concrete, brick and stone; compression from 45 MPa at 28 days.
White acrylic facade coating for concrete, plaster and masonry that bridges cracks and protects against carbonation; elongation over 200 %.
Cement-polymer compound with corrosion inhibitors for rebar protection and as a bonding coat under remokor repair mortars; 5 and 25 kg bags.
Class R4 flowable mix for concreting densely reinforced and prestressed structures in formwork where shotcrete is impossible; 45 MPa.
High-strength pourable class R4 mix for repairing bridge slabs, beams, roads, airfields and hydraulic structures; 60 MPa compressive at 28 days.
Class R4 flowable mix with polymer and steel fibre for structures under impact and dynamic loads; flexural strength 10 MPa at 28 days.
Rapid-hardening class R4 flowable mix for urgent repair of roads, airfields and floors; load after 2–3 h, work down to −10 °C.
Fine-grained thixotropic class R3 mix for finishing repair of reinforced concrete and for eliminating pores and cavities on walls and ceilings; W8.
Fine-grained thixotropic class R3 mix for levelling, finishing and protecting reinforced concrete against aggressive media; 40 MPa compressive, W12.
Rapid-hardening fine-grained class R3 mix for urgent repair and finishing of reinforced concrete on walls and ceilings at temperatures down to −10 °C.
Fine-grained thixotropic class R4 mix with increased crack resistance for repairing reinforced concrete on walls and ceilings.
Thixotropic non-shrink class R4 mix for repairing beams, bridge slabs, pylons and piers by hand or by spraying; 60 MPa compressive.
Thixotropic class R4 mix with polymer and metal fibre for columns, arches, bridge slabs and dams under impact loads; flexural strength 10 MPa.
Rapid-hardening thixotropic class R4 mix for repairing hydraulic structures, bridges, roads and airfields without heating in frost down to −10 °C.
Three-component polyurethane polymer concrete for transition zones and expansion joints of bridges and car parks; vehicle traffic after 4–6 h.
Two-component polyurethane resin for consolidating soils and rocks, sealing off groundwater and strengthening foundations; three versions.
Carbon rope 10 or 12 mm in diameter for fixing CarbonWrap tapes, fabrics and grids to concrete, reinforced concrete and masonry.
Bidirectional carbon fabric of 3K yarn for strengthening and seismic retrofitting of reinforced concrete, masonry, steel and timber; roll width 1200 mm.
Bidirectional carbon fabric of 6K yarn for repair and seismic retrofitting of reinforced concrete, masonry and reinforced masonry, and steel structures.
Bidirectional carbon fabric of 12K yarn for strengthening structures of complex shape and in confined conditions; roll width 1200 mm.
Carbon grid with a 10 × 20 mm mesh for strengthening structures in mineral repair mortar: bridges, tunnels, tanks, columns.
Carbon grid on 24K yarn for external and internal reinforcement of bridges, tunnels, tanks and columns in mineral repair mortar.
Non-shrink rapid-hardening mix for fast repair of concrete, masonry and cellular concrete, including under CarbonWrap Grid; 30 MPa after one day.
Thixotropic fibre-reinforced cement mix for restoring spalls, potholes and cracks in concrete, including under CarbonWrap Grid.
Epoxy saturating resin for the CarbonWrap system on structures operating at 60–110 °C, including together with fire protection; adhesion above 2.5 MPa.
Epoxy saturating resin for installing the CarbonWrap system on damp concrete, stone and metal, and under water; bond to concrete at least 2.5 MPa.
Unidirectional carbon tape 300 mm wide for external reinforcement of columns, beams and other structures with CarbonWrap Resin saturating resin.
Unidirectional carbon tape for the CarbonWrap external reinforcement system, in rolls 150, 300 and 600 mm wide; fibre strength over 4.9 GPa.
High-density unidirectional carbon tape on 24K yarn for strengthening columns and beams; impregnated with CarbonWrap Resin 530+ saturating resin.
Unidirectional carbon tape on 24K yarn for strengthening slabs, bridge span beams, columns and pylons; width 150, 300 or 600 mm.
Unidirectional 900/300 carbon tape on 24K yarn for the CarbonWrap strengthening system; 50 m roll 300 mm wide, fibre stronger than 4.9 GPa.
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