NONWOVEN GEOTEX TILES

WOVEN GEOTEX TILES

GEOGRIDS

GEOCELLS

GEOCOMPOSITES

GEOCOMPOSITE DRAINS

GEOMEMBRANES

BENTONITE MATS

BIODEGRADABLE MATS

EROSION CONTROL MATS AND MESHES

SMALL ANIMAL EXCLUSION FENCING

SUPERLIT GRP PIPE SYSTEM

TUBOSIDER CULVER TS

RHEINGAU AGRO TREE CLEARING

POLBUD -POMORZE GEOTECHNICS 2015

cooperate with companies special is ing in us ing such reinforcement technology.

Our partners include: BONAR Geosynthet ics Kft . , BONAR Geosynthet ics a.s. , PROMPT s r .o. , GEOFELT GmbH, INTERMAS NETS A.S. , ALPE-ADRIA TEXTIL S.R.L, and more.

EL IKOPOL BK Sp. z o.o. was establ ished in 1998 in Bielsko-Biała. Our pr imary business includes sel l ing of geosynthet ics and implementing modern civ i l engineer ing solut ions in part icular in t ransport infrastructure construct ion industry. We offer a complete range of geosynthet ics with var ious propert ies: geogrids, woven geotext i les, nonwoven geotext i les, geocomposites ( including drains and eros ion control solut ions), geocel ls , geogrids, biodegradable mater ials , bentonite mats, membranes. We take pr ide in being one of the oldest and largest dist r ibutors of geosynthet ics in Poland and European Union and we have been cooperat ing with the largest t ransport infrastructure subcontractors in Poland.

About us

Geosynthet ics we supply have markings in accordance with Harmonized European Standards. Our partners run their own laboratory faci l i t ies supervised by renowned European not i f ied bodies. As a dynamical ly growing company we are constant ly adapting to evolving market requirements. We expand our offer and work towards introducing new geosynthet ic products as wel l as advanced engineer ing solut ions to the Pol ish market. We can boast a broad knowledge and know-how of stone column reinforcements used in t ransport infrastructure construct ion industry, we also

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We also provide the fol lowing services:

We are also an exclus ive dist r ibutor of steel Tubosider culverts and Super l i t GRP pipes.

instal lat ion of al l types of geosynthet ics;construct ion of revet mattresses and reinforcing layers;reinforcing s lopes with geocel ls , eros ion control gr id, biodegradable mat;top soi l ing;seeding, hydroseeding;construct ion and reinforcement of ditches with geocel ls or concrete structures ;waterproof ing of ditches with geomembrane ;instal lat ion and welding of geomembrane;instal lat ion of st ructures preventing migrat ion of amphibians and rodents – smal l animal exclus ion fencing.

Our o�er

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Woven geotextiles

Geomembranes

Nonwoven geotextiles

Geocells

Bentonite matsPolbud-Pomorze

GeotechnicsRheingau Agro tree clearing

Geocomposite drains

Biodegradable matsTubosider culverts

Erosion control mats and meshes

Small animal exclusion fencing

GeogridsSuperlit GPR pipe

systems

Geocomposites

separat ion and reinforcement of soft subgrade of embankments to increase their stabi l i ty and accelerate consol idat ion;reinforcing upper subsoi l layer of roads and rai lway tracks as wel l as bottom layers;f lexible base courses to decrease soi l mix ing and the need for aggregate or to increase pavement durabi l i ty;making blanket courses and separat ion layers between f ine-grain soi l ( loam, s i l t or clay) and pavement course;erect ing reinforced s lopes and embankments and as a base layer for geogrids;protection of drain systems f rom clogging with f ine-grain soi l ;vert ical and hor izontal drains;protection of waterproof ing geomembranes f rom mechanical damage.

Nonwoven geotext i les are used in civ i l engineer ing and transportat ion infrastructure construct ion for:

Nonwoven geotex t i les

1. Polypropylene nonwoven geotext i les, standard width 5 m. Mass per unit area: 85 g/m2 to 1,200 g/m22. Polypropylene nonwoven geotext i les, standard width 6 m. Mass per unit area: 100 g/m2 to 1,500 g/m23. Polypropylene nonwoven geotext i les, thermal ly calendered, standard width 5 m. Mass per unit area: 100 g/m2 to 1,550 g/m24. Polyester nonwoven geotext i les, standard width 6 m. Mass per unit area: 150 g/m2 to 1,000 g/m25. Recycled polyester-polypropylene nonwoven geotext i les, standard width 6 m. Mass per unit area: 150 g/m2 to 1,000 g/m2

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Woven geotex t i les

reinforcing soft subgrade of embankments to accelerate their consol idat ion and ensure required stabi l i ty;minimiz ing damaging effects of mining works on road pavement courses;protection of drain systems f rom clogging with f ine-grain soi l ;reinforcing upper layer of road pavement and rai l t rack subsoi l or bottom layer of f lexible base course to decrease need for aggregate or increase road pavement durabi l i ty;construct ion of reinforced embankments and retaining structures;stabi l izat ion of landsl ides;construct ion of hardstandings and parking lots in dif f icult subsurface condit ions;reinforcing road shoulders and s lopes;making separat ing layers between f ine-grain soi l and coarse sand, sand gravel, gravel, angular rock or aggregate.

Woven geotext i les are used in t ransport infrastructure construct ion for:

1. Polypropylene f ibre woven geotext i les Tensi le st rength: 14 kN/m to 320 kN/m

2. Polyester f ibre woven geotext i les Tensi le st rength: 50 kN/m to 1,250 kN/m

3. Polyvinyl alcohol f ibre woven geotext i les Tensi le st rength: 70 kN/m to 1,250 kN/m

4. Polyester f ibre geotubes Tensi le st rength: to be conf i rmed with manufacturer

Woven geotext i les are made in var iants with equal st rength in both direct ions or increased strength in one direct ion.

Propert ies of wovens make them perfect of use in civ i l engineer ing, especial ly for reinforcing subgrade of road pavements, rai lway tracks, ai rport surfaces, di rt roads, steep hi l l s ides, s lopes, retaining wal ls , f lood control dikes and noise mounds, as wel l as repair ing landsl ides and secur ing s lopes and hi l l s ides f rom erosion.

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reinforcing soft subgrade of road embankments;minimiz ing damaging effects of mining works on road pavement courses;making temporary routes, forestry and agr icultural roads in dif f icult subsurface condit ions;reinforcing upper layer of road pavement and rai l t rack subsoi l or bottom layer of f lexible base course to decrease need for aggregate or increase road pavement durabi l i ty;construct ion of reinforced embankments and retaining structures;stabi l izat ion of landsl ides;construct ion of hardstandings and parking lots in dif f icult subsurface condit ions;reinforcing road shoulders and s lopes;construct ion of f lood control dikes;protection of shorel ines;making base course for pipel ines and channels.

Geocel ls are used in t ransport infrastructure construct ion for:

Avai lable var iants:

1. Smal l cel l geocel ls– weld spacing 340 mm– sect ion after spreading 16.38 m2

2. Medium cel l geocel ls– weld spacing 440 mm– sect ion after spreading 22.75 m2

3. Large cel l geocel ls– weld spacing 680 mm– sect ion after spreading 32.24 m2

Geocel ls are made of high density HDPE polyethylene.They are manufactured of ult rasonic spot welded str ip knur led on both s ides. Geocel l height: 50, 70, 100, 150, 200, 250, 300 mm.

Geocel ls

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1. GEOGRIDS for asphaltUsed for:Reinforcement of bitumen layers in fol lowing circumstances: cracks result ing from fat igue, designed reinforcement is economical; cover ing longitudinal cracks on road widening or between roadway and new shoulder.

For repair of exist ing pavement's cracks caused by high modulus roadbase ref lected cracking ( lean concrete, cement stabi l izat ion) or cracks caused by low temperature: as st ress absorbing membrane inter layer between bitumen layers.

1. Polyester f ibre geogrids. Tensi le st rength: 20 kN/m to 110 kN/m2. Polyvinyl alcohol f ibre geogrids. Tensi le st rength: 20 kN/m to 110 kN/m3. F ibreglass geogrids Tensi le st rength: 50 kN/m to 200 kN/m

2. GEOGRIDS for groundGeogrids are used in t ransport infrastructure construct ion for:

Geogrids are made of interwoven yarns forming apertures. Geogrid is coated with polymer PVC.

1. Polyester f ibre geogrids, covered with PVC polymer, uni- or bi-di rect ional. Tensi le st rength: 10 kN/m to 600 kN/m2. Polyester f ibre geogrids, covered with EVA polymer, uni- and bi-di rect ional. Tensi le st rength: 20 kN/m to 800 kN/m3. Polyester f ibre geogrids, uni- and bi-di rect ional. Tensi le st rength: 20 kN/m to 650 kN/m4. Polyvinyl alcohol f ibre geogrids, covered with PVC polymer, uni- or bi-di rect ional. Tensi le st rength: 20 kN/m to 400 kN/m5. Polypropylene geogrids extruded from a stretched tape, with r igid junct ions, bi-di rect ional. Tensi le st rength: 20 kN/m to 40 kN/m6. Polypropylene geogrids extruded from a stretched tape, with r igid junct ions, uni-di rect ional. Tensi le st rength: 50 kN/m to 170 kN/m

reinforcing soft subgrade of road embankments;minimiz ing damaging effects of mining works on road pavement courses;making temporary routes, forestry and agr icultural roads in dif f icult subsurface condit ions;reinforcing upper layer of road pavement and rai l t rack subsoi l or bottom layer of f lexible base course to decrease need for aggregate or increase road pavement durabi l i ty;construct ion of reinforced embankments and retaining structures;stabi l izat ion of landsl ides;construct ion of hardstandings and parking lots in dif f icult subsurface condit ions;reinforcing road shoulders and s lopes.

Geogr ids

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reinforcement of bitumen layers in fol lowing circumstances:

1. GEOCOMPOSITES for asphaltGeocomposites are used in t ransport infrastructure construct ion for:

Geocomposites

reinforcing soft subgrade of road embankments;minimiz ing damaging effects of mining works on road pavement courses;making temporary routes, forestry and agr icultural roads in dif f icult subsurface condit ions;reinforcing upper layer of road pavement and rai l t rack subsoi l or bottom layer of f lexible base course to decrease need for aggregate or increase road pavement durabi l i ty;

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cracks result ing from fat igue, designed reinforcement is economical;cover ing longitudinal cracks on road widening or between roadway and new shoulder.

repair of exist ing pavement's cracks caused by high modulus roadbase ref lected cracking ( lean concrete, cement stabi l izat ion) or cracks caused by low temperature:

as a stress absorbing membrane inter layer between bitumen layers.insulat ion of bottom cracked bitumen layers f rom penetrat ion by runoff water;depending on crack edge shor ing i t may be used for shal low and deep surface dress ing;new semi-r igid bitumen pavements for s lowing propagation of cracks ref lected from shr inkage cracks in high modulus roadbase;due to use of nonwoven geotext i le f ibre as a carr ier for asphalt binder composites al low for excel lent binding of geogrid to base course and delay formation of cracks on the asphalt wear course ref lected from: t raverse, thermal cracks in high modulus road base; cracks in exist ing bitumen layers caused by low temperature and surrounded with st ress concentrat ion.

2. GEOCOMPOSITES for groundGeocomposites are used in t ransport infrastructure construct ion for:

construct ion of reinforced embankments and retaining structures;stabi l izat ion of landsl ides;construct ion of hardstandings and parking lots in dif f icult subsurface condit ions;reinforcing road shoulders and s lopes.

Geocomposite drains

vert ical and hor izontal drainage of around underground bui lding sect ions and basements protection of vert ical and hor izontal insulat ion f rom mechanical damage dur ing cover ing with soi l ;vert ical drains of retaining wal l embankments / el imination of hydraul ic pressure;draining of percolat ing water in var ious civ i l engineer ing structures; for release of gases f rom under geomembrane cover ing landfi l l s ;drainage of runoff water f rom under landf i l l seal ing structure;drainage of runoff water and landfi l l leachate;hor izontal drainage of f lat roofs;reducing t ime needed for soi l consol idat ion by f i l t rat ion by displacing and draining water f rom soi l pores;reducing soi l saturat ion at embankment toes caused by local change in hydrogeological condit ions and minimis ing negative effects of a decrease in st rength of both native and imported f i l l ;col lect ing rainwater, groundwater and other l iquids in the plane of the drain mat;removal of water f rom roads, with the use of the so-cal led French drainage system;producing prefabr icated subsoi l drains made of drainage mats or sand drains with cover preventing clogging of soi l pores.

Geocomposite drains use and appl icat ions:

1. Geomat drain, geogrid + nonwoven geotext i le on one s ide. Tensi le st rength: 13 kN/m, min. thickness 6 mm2. Geomat drain, geogrid + nonwoven geotext i le on both s ides. Tensi le st rength: 10 kN/m, min. thickness 5 mm3. Geomat drain, geogrid + polyethylene foi l on one s ide + nonwoven geotext i le on one s ide. Tensi le st rength: 13 kN/m, min. thickness 4.7 mm4. Geogrid drain Tensi le st rength: 6 kN/m, min. thickness 4 mm

Geomats are made of high density HDPE polyethylene geogrid bonded thermal ly on one or both s ides with polypropylene nonwoven geotext i le or polyethylene foi l .

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making insulat ion layers between bui ldings and soi l ;landf i l l s ;insulat ion of retent ion wal ls , culvers and abutments;ditches along roads and rai lway tracks;as durable cut-off wal ls ;making water reservoirs and channels;insulat ion against humidity.

Foi ls and geomembranes are used for:

1. Dimpled membrane.- th ickness 0.5 - 0.6 mm

2. Dimpled membrane with nonwoven geotext i le on one s ide.

3. Geomembrane made of qual i ty HDPE polyethylene (smooth or textured).- th ickness 0.5 - 2.5 mm

4. PVC Foi l (smooth or textured).- th ickness 0.9 - 3.0 mm

Advantages:

Geomembranes

res istant to chemicals present in soi l ;h ighly res istant to compress ion and stretching, prevents damage result ing from land movement, backf i l l ing or bui lding subsidence;easy and quick instal lat ion in al l weather condit ions;relat ively cheap and more effect ive than other solut ions;many uses in construct ion industry as insulat ion against humidity and water;ensures optimum space for vent i lat ion and drainage;increases thermal insulat ion of wal ls and foundations.

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barr iers impermeable to l iquids for tunnels and underground structures;st r ip foundation and pad foundation;landf i l l s ;f lood control dikes;water reservoirs and dams;channels;ditches along roads and rai lway tracks;surfaces with warehouses of chemicals.

Bentonite mats are used as seal ing layers in construct ion of:

Mass per unit area 3,300 g/m2 to 5,300 g/m2. Thickness 5 mm to 7.4 mm .Tensi le st rength ( longitudinal / t raverse) 10.4 kN/m / 8.5 kN/m.

Advantages:

Bentonite mats

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sel f -seal ing propert ies of BENTOMAT el iminate smal l leaks formed dur ing instal lat ion or use.Hydraul ic performance equal to 1 meter clay barr ier (10-9 m/s);long-term durabi l i ty – bentonite has been present in natural environment for mi l l ions of years;legible lap markings al lows easy and fast instal lat ion without the need for special ly t rained personnel or special equipment;compared to tradit ional clay barr iers BENTOMAT bentonite mat has wider instal lat ion temperature range and can be instal led in var ious weather condit ions.

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landf i l l s , waste and ash dumpsites;mine waste dumps;water reservoirs ;land drainage channels;f lood control dikes;road and highway shoulders;br idges, f lyovers and rai lway l ines.

Biodegradable mater ials are used for production of biodegradable biomats and biotext i le fabr ics. B iomats and biotext i le fabr ics are used for sodding and s lope and hi l l s ide recult ivat ion on:

Biodegradable mats

300 – 400 g/m2

400 – 600 g/m2

600 – 800 g/m2

800 – 1000 g/m2

Used for eros ion control of s lopes, reinforcement and sodding of green areas.

1. Various classes of biomat mass per unit area:

Burst ing strength: 1.2 - 27.0 kN/m.Variants with and without grass seeds.Mater ial : st raw, st raw + coconut f ibre, coconut f ibre. External layer of polypropylene or jute or coconut mesh.

2. Biotext i le fabric with grass seeds.

Mass per unit area 300 g/m2(260 g/m2 fabr ic, 40 g/m2 grass seeds). Burst ing strength: 2.9/15.2 daN/m.Mater ial : wool, cotton, v iscose, wool- l ike f ibres, synthet ic f ibres.

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Erosion control mats and meshes

erosion control of hi l l s ides, s lopes, embankments, h i l l s lopes and f i l l s , f lood control dikes and mine waste dumps;protecting soi l f rom erosion by rain water, especial ly in large civ i l engineer ing land and water st ructures;increasing eros ion res istance of s lope growing vegetat ion exposed to t idal waves or seasonal s low f lowing water (f lood control dikes, water reservoir banks, channels) ;increasing stabi l i ty of repaired hi l l s ides;s lowing surface runoff and prevent damaging movement of water in soi l or ground including soi l or ground part icles;stabi l izat ion of act ive layer (plant roots) and aid in plant root system development.

Eros ion control geogrids and geomats are used in construct ion industry for:

2. 3D meshes and composites

1. Meshes

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Polypropylene geomeshesTensi le st rength: 10 kN/m to 50 kN/mPolyester geomeshesTensi le st rength: 10 kN/m to 60 kN/m

Polyethylene geomatsTensi le st rength: 1 kN/m, thickness 20 mm

Polyethylene-polyester geomats Tensi le st rength: 10 kN/m to 65 kN/m, thickness 20 mm

Polypropylene-polyethylene geomats Tensi le st rength: 1.9 kN/m to 3.4 kN/m, thickness 20 to 25 mm

Polypropylene geomats with steel mesh reinforcementTensi le st rength: 35 kN/m to 47 kN/m, thickness 18 mm

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S imple design (board, l ink, anchor ing bolt) ensures quick and easy instal lat ion of the system along fences or sound absorbing barr iers . I t also ensures fence integr i ty and prevents animals f rom digging under i t . System components are made of thermal ly shaped extruded HDPE boards – production process al lows adapting the product to individual requirements.

Parameters:

We offer an innovative system for control l ing migrat ion of amphibians and rodents. FROG-system elements reduce amphibian mortal i ty and aid in di rect ing the animals towards wi ldl i fe cross ings.

operat ing temperature (-)40° to (+)95°softening temperature 129°

Small animal exclusion fencing

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Round prof i les ("C" ser ies) and el l ipt ical prof i les ("E" ser ies);P ipe bends ("R" and "RA" ser ies);Underpasses ("T" , "TC", "TR" ser ies);Arches and wide sect ions (“LPA”, “HPA” and “HPE” ser ies);Spiral corrugated pipes.

TUBOSIDER offers a broad range of st ructural prof i les and spiral corrugated pipes suited to specif ic needs of i ts customers.

Underpasses;Above ground tunnels;Non-load bearing structures;Structures decreasing embankment load.

Sewer water ducts;Road draining pipes;Drainage channels;Open storm water drains.

Pipes are manufactured us ing modern and automated production l ines. Basic parts may be packed and dispatched in a cost effect ive manner, minimis ing transportat ion costs. Al l manufactur ing mater ials are suppl ied by approved suppl iers .

The products have a wide range of appl icat ions: Transport infrastructure and mining

STEEL CULVERTSEnvironmental protection

Treatment systems;Agr icultural s i los;Mater ial storage culverts .

Environmental engineer ing and industry

Tubosider culver ts

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No corrosion and resistance to chemicals – SUPERLIT GRP pipes are: non-metal l ic – not only do they not corrode, but they also do not require addit ional and cost ly external and internal protective coats; Neutral pH – may be used in high pH environments; res istant to chemicals.

Durabil i ty – designed l i fe of SUPERLIT GRP is 50 years.

Maintenance-free – pipes do not require maintenance dur ing use.

Electr ic insulat ion – SUPERLIT GRP pipes are res istant to inductive currents.

Pressure spike resistance – SUPERLIT GRP pipes are more res istant to pressure spikes than pipes made of ducti le cast i ron or steel .

Stress patterns – SUPERLIT GRP pipes' manufactur ing process al lows low deviat ion tolerance. This t ranslates to uniform stress pattern.

Super l i t GRP pipe system SUPERLIT GRP pipe system is avai lable in s izes ranging from 300 mm to 4000 mm. The pipes have the fol lowing appl icat ions: t ransport and dist r ibut ion of f resh and raw water; storm water drainage system; vacuum and non-vacuum sewer systems; submarine pipel ines, sea water intakes and cool ing systems; chemical plants; water ci rcuits in power plants; hydraul ic power plants; thrust bor ing and microtunnel l ing.

ADVANTAGES of SUPERLIT GRP pipe system

Hydraul ic performance – high smoothness of internal wal ls of SUPERLIT pipes ensures high hydraul ic performance and minimises pumping costs whi le increasing out let pressure for turbines (HEPP).

Pipe length – SUPERLIT GRP pipes are avai lable in any length up to 15 m. Less jo ints makes instal lat ion easier, faster and cheaper.

Effective joints – SUPERLIT GRP joints have an elastomer seal which prevents penetrat ion by roots.

Low weight – SUPERLIT GRP pipes are 10% l ighter than concrete pipes and 25% l ighter than steel pipes! This reduces transportat ion costs, faci l i tates handl ing and makes instal lat ion both quick and s imple.

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Offer:grubbing, t r imming, clear ing self-sown plants;clear ing of orchards and commercial orchards;clear ing of t ree and shrub nurser ies;management of energetic wi l low plantat ions up to 25 cm in diameter;management of energetic poplar plantat ions;col lect ing biomass;production of pel let;reclamation of areas covered with shrubs and treed into arable land;recult ivat ion of arable land;green area maintenance;clear ing of t rees and shrubs on r iver embankments, dry retent ion basins and terraces;clear ing of t rees and shrubs along travel ways;clear ing of t rees and shrubs under power l ines;clear ing of t rees and shrubs in new investment plots;mowing grass and cutt ing shrubs in power substat ionsand switching stat ions;deforestat ion for new investments.

Tree c lear ing Rheingau Agro provides services such as t ree tr imming, t ree clear ing and grubbing also in areas with power l ines, gas or water supply pipel ines. The company owns special ist equipment required to perform above mentioned services (f ixed assets and special ist t ransportat ion means). The process l ine is sel f -suff ic ient i .e. covers the ent i re process start ing with f ree fel l ing to waste disposal. A wel l -stocked machine yard with machines by best, and global ly renowned manufacturers such as Valtra, New Hol land, AHWI, etc. ensures high qual i ty of service. Special ised machines and devices are used in forestry (e.g. for wood chipping), agr iculture (e.g. recult ivat ion of arable land), as wel l as power industry (e.g. management of areas under high voltage l ines).

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Polbud-Pomorze Sp. z o.o. was establ ished in 2000. Thanks to the highest geotechnic standards presented by the company i ts was selected to take part in some of the largest construct ion investments and many interest ing projects. Current ly Polbud-Pomorze is a wor ld leader in design and construct ion of subsoi l reinforcements us ing microblast ing and a pioneer of pipe roof ing technology in Poland. Polbud-Pomorze is one of the leaders in jet grout ing and dynamic replacement technology in Poland. The company is also boldly enter ing foreign markets.

1. Geotechnical surveys: stat ic probing: CPT, CPTU, SCPTU (with seismic cone) ; dr i l l ing; dynamic probing.

2. Designs: ground reinforcement; foundations for civ i l , industr ial and enclosed structures; f lood control dike renovation; cut-off wal ls ; shor ing of deep excavations; secur ing of s lopes and hi l l s ides; foundation underpinning.

3. Services offer: microblast ing; dynamic replacement; dynamic compaction; jet grout ing; pipe roof ing; v ibro-displacement; v ibro-f loatat ion; deep soi l mix ing (DSM); cont inuous f l ight augers (CFA); displacement pi les (columns); large diameter pi le; diaphragm wal ls .

Geotechnic

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ABOUT US

OUR OFFER

NONWOVEN GEOTEXTILES

WOVEN GEOTEXTILES

GEOCELLS

GEOGRIDS

GEOCOMPOSITES

GEOCOMPOSITE DRAINS

GEOMEMBRANES

BENTONITE MATS

BIODEGRADABLE MATS

EROSION CONTROL MATS AND MESHES

SMALL ANIMAL EXCLUSION FENCING

TUBOSIDER CULVERTS

SUPERLIT GRP PIPE SYSTEM

RHEINGAU AGRO TREE CLEARING

POLBUD-POMORZE GEOTECHNICS

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Contents

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Logistics

tel. kom.: 609 597 751e-mail: m.jankowska@elikopol.com.pl

Administration

tel/fax: 33-814-77-86e-mail: z.gajewska@elikopol.com.pl

Elikopol BK Sp. z o.o.

Al. Armii Krajowej 17143-316 Bielsko-BiałaPoland

tel/fax: 33-814-77-86tel/fax: 33-810-35-39

CEO

Mariusz Lachowicz

www.elikopol.com.pl

Thank you for your trust!We are looking forward

to working with you!CEO

Marketing

tel/fax: 33-814-77-86e-mail: kontakt@elikopol.com.pl

Technical support

tel. kom.: 601 513 028e-mail: gurbiel@silesnet.cz

Shipping and invoicing

tel/fax: 33-810-35-39e-mail: a.stolarska@elikopol.com.pl