Polypropylene Geotextiles

Retaining Wall Systems

Geogrid Systems

AR Fiberglass Mesh

Micro Reinforcement Fibers

Breathing Membranes

Fiberglass Geogrid and Geocomposite

Plastic Fixing & Anchoring Peg

Polyester Geotextiles

Drainage Boards System(Dimpled Board)

‹stanbul Merkez: Tekstilkent Koza Plaza B Blok Kat:19, 34235 Esenler, ‹stanbul, Turkey. Phone: 0212 438 18 08 Fax: 0212 438 18 01Ankara fiube: Mustafa Kemal Mahallesi, 2119 Sokak No: 7/4 Çankaya, Ankara, Turkey. Phone: 0312 424 18 55 Fax: 0312 424 19 94

e-mail: bilgi@istanbulteknik.com web: www.istanbul.teknik.com

PRODUCT RANGE

‹stanbul Teknik Product Range

Geosynthetic Products

Geotextiles (polypropylene and polyester non woven fabrics)

Geomembrane Liners

ForTex Geogrids

GeoArme Retaining Wall System

GCL Geosynthetic Clay Liners

Insulation System Components

Profiles

FileTeks AR Glassfiber Mesh

TekFix Plastic Fitting & Anchoring Pegs

TrioTex Breathing Membranes

TekDrain Drainage Board System (Dimpled Board)

FiberCon Micro Reinforcement Fibers

Asphalt & Bitumen Modifier Additives

AsfaltTex Asphalt Reinforcement GeoGrids & GeoComposites

PAWMA Warm Mix Asphalt AdditiveHiperBond Antistripping AgentsHiperCell Cellulose Fiber

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INDEX

Polyester Geotextiles

Polypropylene Geotextiles

Made of polypropylene and polyester based nonwoven needle punched staple fiber

From 100 grams per sqm up to 1200 grams per sqm available upon request

Market leader in geotextile business segment in Turkey

Pioneer in surface heat treated geotextiles

A nonwoven geotextile is a geosynthetic material used

as filtering, separation and reinforcement purposes. It is

non-woven and needle punched technology fabric.

The most wanted and preferred geotextile in Turkey

More than 50.000.000 sqm successful references over 30 countries

Technical assistance for designing and application methods

Large stock capability and fast production process

Custom-made and fit-purpose products and solutions

From 100 grams per sqm up to 1200 grams per sqmproduction variety

Up to 6 meter width linear production

The technical characteristicsof GeoTeknik & IzoTeknik Geotextiles

WHAT IS A NONWOVEN GEOTEXTILE?

WHY GEOTEKN‹K ‹ZOTEKN‹K GEOTEXTILES?

Weight 100 - 1200 grams / sqm

Thickness 1 -12 mm

Strength 2 - 55 kN / m

Elongation >50 %

Permeability 10 -150 litre / m2 s

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Istanbul Teknik offers HDPE, VLDPE, LLDPE, PP, PVC, TPO types of insulation membranes for waste

disposal areas, water channels, tunnels, base and roofing as well as water pond and lakes.

Istanbul Teknik site team is ready for your design, installation, supervision, construction and consultancy

of you membrane projects and design as well as site implementations.

Long life

High resistance and elongation values

Signal layers

Resists against building joint movements

High resistance to chemicals acidsand alkaline environments

Testable overlaps and welded joints

Easy and trouble free installation

Resistance to UV radiations

Up to 10 years manufacturer warranty

Waste storage deposits

Acid tanks

Tank farms

Waste water purification systems

Lakes and ponds

Tunnels

Water channels

Basements and roofs

Product RangeAvailable thickness from 0,5 mm up to 3,0 mmWidth from 200 cm up to 750 cm available

ADVANTAGES OF POLYMER MEMBRANES

APPLICATION AREAS

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Liners

Geogrid Systems

Wrap Knitted Polyester Geogrid for Soil / Earth Stabilization

Wrap Knitted GlassFiber Geogrid for Asphalt Reinforcement

Wrap Knitted Polyester Geogrid for Heavy Duty Reinforcement

THE TECHNICAL CHARACTERISTIC

Uni-Axial ForTex Geogrid

Polyester 20 – 150 kN / m

Bi-Axial ForTex Geogrid

Polyester 20 – 150 kN / m

Glass Fiber 30 – 150 kN / m

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Istanbul Teknik offers superior quality ForTex Geogrids that are made using Polyester polymers and coated with PVC. The reinforcement geogrids offered includes polyester yarns that are available either as bi-axial geogrid or uni-axial geogrid, used in various applications such as step slopes, soil reinforcement, vertical walls, embankment, sub grade stabilization. Available in strengths like 20kN/m and 150kN/m, geogrids are also produced in customized strength suiting to your requirements. Besides this, they are available in different dimensions up to 6 meters whereas roll length ranges from 50m or 100m.

ForTex geogrids are designed for any kind of soil reinforcement

and are made in high tenacity polyester yarns. Those yarns give

a great tensile strength combined with low elongation and high

tensile modulus of elasticity in all directions. Net mesh structure

gives excellent friction coefficient between soil and the geogrid.

Besides it eliminates water pressure problems by free release

of water circulation and excellent drainage.

Fills and Slopes Stabilization

Road and Rail Bridge Abutment and Piles

Construction support

Overall stability

Load distribution

Facing stabilization

Step Slopes

PVC, Bitumen or other polymeric compound can be applied on grid mesh surfaces to increase the durability

and resistance to chemical in soil and environment. Wrap knitting technology allows the insertion and bonding

of straight reinforcement warp and weft directions. This production method gives extraordinary mechanical

properties as well as a certain stiffness contributing to;

Dimensional stability

High tensile strength in both direction

High friction coefficient

Embankment on soft soils

Tracks and runways

River and Marine Rock Fill

Erosion Control and PreventionSystems

GEOGRID SYSTEM

APPLICATION AREAS

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GeoArme is ideal in situations with weak foundation soils. Site won

material can be used as fill so reducing cart away costs. The retaining

structure is formed from horizontal layers of GeoArme placed and

filled one on top of another. The front face can be grassed or planted

to create a very environmentally acceptable finish or precast panels

and bricks for architectural design.

GeoArme system is designed to retain moisture required for the

plant growth. Walls over 2 meter high are constructed as reinforced

soil walls by using ForTex reinforcement geogrid behind the GeoArme

panels or blocks.

GEOARME RETAINING WALL SYSTEM

Istanbul Teknik designer and installer the reinforced soil walls or mechanically stabilized earth wall system as called GeoArme by using geogrid system.Thanks to Advanced technolgy, cost savings and a more surface finished can be achieved with the GeoArme retaining system.

GeoArme is polyester geogrid mesh reinforced multilayer soil

compacted earth stabilized profile. Façade wall is desiged as

architectural precast concrete panel or brick wall.

Retaining walls, step slopes, blast bunds, noise barriers, etc.

APPLICATION

CONSTRUCTION

DURABILITYGeoArme has excellent chemical

resistance to a wide range of

chemicals normally found in the

ground. We will be pleased to

advise on specific substances.

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Retaining Wall Systems

Lower cost materials

Low labor costs

Plantable ‘green’ face

Fast installation

Construction equipment costs

Expensive stone hand packing

Expensive imported rock fill

Cost of dumping exported fill

Architectural Aesthetic Design

Minimal Maintenance and Aftercare

Our Technical Department can offer advice and design proposals

for the most economic use of the material. Design assistance

is provided for selection, detailing and installation at no charge

to the designer or end user.

DESIGN

FaçadeBlack with dark green front face or Architecturaldecorative Precast Panel with formliner geometry.

SupplyStandard GeoArme block height is 400 mm or 200 mmin brick system. Standard precast panel sizes are150 cm x 200 cm. Special lengths can be manufactured.

PlantingPlants, shrubs, trees or grass.

GEOARME SYSTEM ADVANTAGES

GeoArme offers many cost advantages over traditional

rock filled gabions. Initial material costs are lower as

there is no requirement for expensive stone. There is

no additional cost of dumping unwanted fill as excavated

material can be reused within the GeoArme. Labor

charges are significantly lower as the GeoArme can

be mechanically filled and compacted. Gabions require

hand packing of the imported stone. Finally the front

face of the GeoArme should be planted to provide a

more natural ‘green’ appearance.

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Autocad design and engineering service

GeosyntheticClay Liners

Geosynthetic clay liners (GCLs) are manufactured barrier layers containing a competent layer of high-quality

sodium bentonite clay (granule or powder form) attached or adhered to geotextiles or a geomembrane.

The GCL’s low permeability and high strength make it an ideal replacement for low permeability soil or

clay liners for the containment of water and/or wastewater in engineered/constructed wetlands.

GCLs have been specified or used in enhancingconstructed wetlands for the following applications.

Brief benefits of utilizing a GCL versus compacted clay as;

WHAT IS GCL?

GCL’s lower permeability [5 x 10-9

centimeters per second (cm/sec)],

GCL’s greater resistance to desiccation,

Differential subsidence,

Resistence against freeze-thaw,

Resistence against root penetration,

And lastly, the ease and speed of installing the GCL.

A GCL is a high quality; high-swelling sodium bentonite clay adhered or attached to manufactured geotextiles or flexible geomembrane. The structure of interlayer sodium cations makes sodium bentonite hydrophilic (water attracting). The sodium cation clay structure readily accepts water molecules so that little free-water space is available

in the clay voids; hence, maximum water permeability’s of 5 x 10-9

cm/sec are readily obtained using GCLs.

Waste disposal areas

Municipal wastewater treatment wetlands.

Septic treatment wetlands.

Municipal storm water runoff containment and filtration.

Wetlands mitigation driven by Section 404 of theFederal Clean Water Act.

Wetlands for waterfowl and fishery enhancement.

Riparian corridor enhancement.

Transportation corridor runoff control.

Estuarine ecosystem enhancement.

Please consult technical information and technical data sheet.

Manufacturer can change the values and properties without

prior notice.

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PROFILES

Hundreds ofitems are in stockand ready forimmediate dispatch.

Building Profiles provides a comprehensive range of quality drywall, external façade heat

insulation components and other fittings, accessories and hardware from our central

warehouse and fabrication facility.

Distributing wide range of quality Aluminum profiles

Distributing wide range of quality Galvanized profiles

Distributing wide range of quality Stainless Steel profiles

Distributing wide range of quality PVC profiles

Distributing wide range of quality Polyolefin

(PP and PE) profiles

Designing and supplying Drywall components

Capability to design and supply system specific fittings

(subject to minimum order quantity)

PRODUCTS

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Delivery at stock

Approved alkali resistance

Less labour costs

Less transportation cost

Less weight loss

Required mesh colour

Required mesh width

Required roll length wrap

Special production for special project requirements

AR Fiberglass Mesh

FileTeks glass fiber mesh, being used plaster equipment for façade mantling thermal insulation,

is able to meet all kinds of needs in constructions. Hydraulic binder cementitous plasters contain

high alkali environment during hardened stage.

Glass fibre is not resistant to alkali. A mesh should be produced from high resistant pure glass and should be finished enough in order to be plaster, in other words alkali resistant. Only E-glass (highest quality glass fibre) is used for Fileteks production. FileTeks contains neither wasted glass nor a lower quality glass fibre (C class).

PROPERTIESOdorless

Color: White

Long life

Resistant to chemicals

High tensile strength

An ideal reinforcement material for plasters

E-Glass fibers

APPLICATION AREASFaçade insulation of buildings

Carrier for cementitious based insulation

ADVANTAGES

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Before starting pegging, the adhesive must be completely dry. Thus according to weather conditions the application must be done at least 24 hours after the insulation plates have been bonded to the surface. The holes that are necessary for pegging the plates must be opened by a drill with the compatible piece for the diameter shown on the pegs.

The pegs must be placed onto the insulation plate so they make no ledges. The factors determining the length of the pegs are the thickness of the insulation plates, the thickness of the adhesive on the surface and if it is an old building the final coat finish thickness. After these measurements have been calculated, pegs are positioned to enter the building element at least 3cm's in.

Plastic Fixing & Anchoring Peg

In external façades heat insulation applications there are some matters that need caution for the

application to be done efficiently and properly. Because of this it is necessary for careful and detailed

preparation beforehand. TekFix provide trouble free installation pegs for your system.

The main reason for pegging is to prevent the effects of wind and turbulence. The amount of pegs to be applied to the system is accepted as 6 per/m2. However the height of the building and the environmental circumstances of the surroundings of the building may change the number of pegs. Especially in places that receive more wind, the corners of the building must be fortified with more pegs. The matter that should be considered here is to apply pegs at 1 mt width at the corners. The pegs must be at the same level of the insulation plate surface. In EPS plates, pegging heavily occurs at the insulation plate corner area. In this way hydrothermal effects are prevented.

The type of peg to be used is determined by the buildingelement that composes the surface.

For Example if the surface is cement cement peg (plastic or steel nailed),if it is brick brick peg,if it is ytong gas cement peg is used.If the insulation plate is gas cement peg (steel nailed) should be usedrock wool insulation plaque

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TrioTex is a new concept hybrid membrane used in buildings. It allows the transmission of humidity but it remains effectively waterproof. As a laminated Breathable film product, it is durable even in severe environments (exposure to ultraviolet rays) made even much more superior in strength in combination with PET non-woven fabric.

TrioTex is available in sizes of 1 M~3.2 M. Customized sizes are available upon request.

TrioTex is classified into two types (F-façade and R-Roof) according to the application segment.

TrioTex is an energy-saving and high-functional membrane product that provides Water Vapor

Transmission and air permeable wind-proofing and insulation effects on buildings façade and roofs.

TRIOTEX F1TrioTex made of Breathable film and PET

non-woven fabric.

TRIOTEX F2TrioTex laminated Breathable film and PET

non-woven fabric by hot melt applicator.

TRIOTEX R1TrioTex using Breathable film

and Mesh film.

TRIOTEX R2More advanced Type (Breathable film

and Mesh & Non Woven fabric)

WHAT IS TRIOTEX?

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Breathing Membranes

TekDrain is a High Density Polyethylene (HDPE) waterproof product with 8mm-high dimpled pattern

that covers the whole product surface with studs. It is used for foundations and also during every

construction stage where the use of a protective drainage product is required.

Weight : 400 - 500 - 600 g/m2

Color : BlackFlame Retardant: Class B2 - Norm DIN 4102

TekDrain provides a simple, lightweight, flexible drainage and filtration system suitable for accessed extensive and bio-diverse roof gardens by holding approximately 5 liters of water per m2, and the filtration layer will prevent any particles passing through, ensuring the cups do not become blocked.

This special product provides stability and high resistance to chemical agents, bacteria and fungi contamination, roots and pressure as a result of filling up soil. It does not release any pollutants.

TekDrain can be used for protecting bituminous membrane on masonry and in foundation walls against humidity and pressured ground waters.

When used in foundations, it creates ventilation between the bituminous membrane and the drainage membrane, thereby, preventing water infiltration.

TekDrain can also be used as a separating layer for materials used for construction of flat roofs, terraces, and roof gardens. It provides protection against any mechanical tearing of the waterproof membranes during the filling process and from internal leakage. The drainage of excess water is guaranteed.

APPLICATION

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TekDrain performs the task of an armor for the protection of water insulation applied under the ground. It forms an air bag around the construction, absorbs the entire impacts of strokes applied onto it with its flexible embossed texture and enables the draining of the ground waters.

Drainage Boards System(Dimpled Board)

It is a new kind of concrete reinforcing product which is made of PP material with special technology. Its appearance is a net-like structure with many fiber monofilaments connected. When the fiber is put into the concrete, the horizontal structure of the fiber monofilament can be destroyed in the course of stirring owing to friction and rubbing, and the fiber monofilament or net-like structure will be fully stretched, thus the concrete is reinforced by a great

number of polypropylene fibers. As a new kind of concrete reinforcing fiber, it becomes a hot point in the field of fiber concrete research and application after glass fiber and steel fiber. It can be used to improve to increase the concrete cracking resistance and seepage resistance. And it can be widely used in concrete road surface, bridge surface, airport road surface, tunnel, the wall of the mine, floor, tank, river, dam, military defense, seaport, bridge pier, etc.

FiberCon Fiber reinforced concrete (FRC) is concrete containing fibrous material which increases its structural integrity. It contains short discrete fibers that are uniformly distributed and randomly oriented. Fibers include steel fibers, glass fibers, synthetic fibers and natural fibers. Within these different fibers that character of fiber reinforced concrete changes with varying concretes, fiber materials, geometries, distribution, orientation and densities.

Micro Reinforcement Fibers

Density (g/cm3) 0.91 Elasticity modulus(MPa) >3500

Water absorbing No Elongation (%) ³20

Length(mm) 12 / 18 / 24 mm Section ( m) 36

Shape Bundled net Acid and alkali resistance Stronger

Tensile strength (MPa) 346-560 Melting point (˚C) 160 - 170

Density (g/cm3) 1.35-1.41 Fiber length 6 / 12 / 18 mm

Acid & alkali resistance good Elongation (%) ³20

Tensile strength (MPa) 950 Flame point (˚C) ³570

Fiber diameter ( m) 18-22 Melting point (˚C) ³238

FIBERCON PP FIBRILLATED

FIBERCON PET MULTI (Concrete & Bitumen)It is a kind of new reinforcing material made of PET by melting, extruding, quick-spinning and stretching. Its surface is specially dealt with and cut by a machine. Its appearance is beam-like structure with many monofilament fiber collecting. Its application includes improvement, reinforcement and connection to concrete. It can increase the concrete low-temperature resistance and prolong its life. Besides the small thinness, high tensile strength and

easily scattered, polyester fiber has special high temperature resistance. It can be used in hot-mixing bitumen concrete projects and reinforced crack-resistance for high-tensile concrete. So it is an ideal multi-functional reinforced material. It is mainly used in new-built bitumen concrete road surface, old bitumen concrete road improvement, road surface improvement, bridge surface bitumen concrete piece, high tensile strength concrete reinforcement.

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New concept for concrete reinforcing product is made of PP material with special technology. Its appearance is sinusoidal steel fibers. When the fiber is put into the concrete, it is increasing tensile strength and bonding performance and it can be widely used in concrete road surface, bridge surface, airport road surface, tunnel, the wall of the mine, floor, tank, river, dam, military defense, seaport, bridge pier, etc.

Density(g/cm3) 0.91 Elasticity modulus(MPa) >3500

Water absorbing No Elongation (%) ³10

Length(mm) 3 / 6 / 9 /12 mm Diameter ( m) 18

Shape Multifilament Acid and alkali resistance Stronger

Tensile strength(MPa) 346-560 Melting point (˚C ) 160 - 170

Density (g/cm3) 0.91 Elasticity modulus(MPa) >3500

Water absorbing No Elongation (%) ³10

Length (mm) 30 / 40 / 50 mm Diameter ( m) 150 – 750

Shape Macro fiber Acid and alkali resistance Stronger

Tensile strength (MPa) 700 - 750 Melting point (˚C) 160 - 170

FIBERCON PP MULTI (Concrete)It is traditional reinforcing material made of PP - polypropylene by melting, extruding, quick-spinning and stretching. Its surface is treated chemically for perfect distribution on concrete mixture paste. Basic properties and advantage is inhibiting plastic and settlement shrinkage cracks in early age of concrete. Those individual fibers stopped the thermal cracking without destroying the surface quality and performance. FiberCon PP Multi specially designed for drymix mortar, screeds, overlays as well as plasters and light industrial floors.

FIBERCON PP MACRO FIBER (Concrete & Shotcrete)

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FIBERCON PP MACRO FIBER FIBERCON PP FIBRILLATED FIBERCON PET MULTI

Geosynthetic reinforcement may be used either to reduce the amount of the base layer/ballast or to increase the service lifetime of the structure. Reduction of base layer/ballast may have an effect on other functions, eg frost penetration depth, and this possibility must be evaluated fully.

ASFALTTEX® saves both time and money because it promises an easy and quick installation on the site of the job. In addition to asphalt reinforcements ASFALTTEX® can also be used in applications where high strength at low elongation is needed.

When building a road or a runway on a poor loaded capacity soil, reinforcement is necessary. Several alternatives exist to consolidate the subsoil. Among them, geosynthetics are widely use, mainly thanks to their cost efficiency and easiness of installation. ASFALTTEX® are asphalt reinforcement geogrids. ASFALTTEX® is made of glass yarns and is primarily intended to be used for stabilization of asphalt roads and for reconstruction of bituminous road surfaces.

ASFALTTEX® is a high strength andbituminous coated glass grid basically developed for:

Fiberglass Geogrid and Geocomposite

Simply, fast and economic installation even in coldweather (taking into account the installationinstructions for emulsion and asphalt)

Prolongs the life of road surfaces

Excellent bonding to the overlay

Retards the cracking and strengthens the asphaltoverlay by increasing the pavement life

Lower repair costs

Reduction of need for asphalt

High tensile force and tear resistance

Full recyclability of glass screens

Road construction

Street repairs

Lane widening

Pavement joint extensions

Airport resurfacing

Street & Road repairs

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HiperBond Antistripping agents / Modifies the bitumen's chemical structure

The antistripping agents are complex chemical surface-active substances, which guarantee a perfect adhesion of the bitumen film on the aggregate surface. They increase the bitumen wettability, tamping and resistance to mechanical and cyclic stress. They are used to improve the durability of the bituminous mixture and to guarantee the characteristic of resistance to stripping and durability towards the water factor.

HiperBond is a liquid antistripping agent, which guarantees a perfectly stable bond between bitumen and aggregate in any type of application condition (moisture, low ambient temperatures, acid nature aggregates). Its particular chemical components reduce the typical odor.

HiperBond can be dosed in line during the production process or directly in the binder's tank, since it is stable at high storage temperatures of the bitumen and at extended heating period, without altering the activity.

HiperBond is highly compatible with bitumen without modifying its physical characteristics (penetration, softening point and rheological properties).

HiperBond can be used in extreme and humid weather, and enhances the bond between bitumen and dust-covered acid aggregates. (quartzite, porphyry, etc.)

Bitumen is the glue that holds asphalt pavement together. Depending on the application

a greater or lesser part of the stress may be supported by the binder aggregate bond.

Whatever the application of bitumen for road construction and repair the integrity of the

bitumen aggregate bond is essential for the durability of the roadway. In surface repair

treatments like surface dressing a lack of adhesion between bitumen and aggregate will

be manifested as stripping loss of aggregate from the wearing surface of the road.

HiperCell Cellulose Fiber for SMA Stone Mastic

Cellulose fibers: pure, mineral or synthetic based available in our range. Fibers thicken the bitumen in the pavements type Antiskid, Porous, SMA, etc.

Natural Compressed Microfiber is Modify the bitumen's physical structure.The polymers for bitumen modify the physical structure improving the characteristics (rheological properties, penetration, springback, Fraass, etc.).

HiperCell is used for the production of any type of mix, especially for open, semi-open and SMA ones. HiperCell acts as a stabilizer, thickener and supporter for the bituminous binder to improve the characteristics and mechanical resistance of the mix in order to avoid bitumen "dripping" from the aggregates.

HiperCell must be added directly in the mixing plant, through a dosing system, avoiding a dispersion of dust in the air.

PAWMA: Additive for warm mixPAWMA is a technology based on a liquid product, that, added to bitumen allows to decreases the production temperature of over 40°C, limits the gas emissions that cause the greenhouse effect and reduces fuel consumption.

PAWMA is a technology based on a liquid product, which added to bitumen in quantities of 0.3 – 1%, allows to produce the warm mix at temperatures between 90°C - 120°C.

PAWMA, acts on the bitumen's surface tension, therefore doesn't modify the chemical and physical characteristics of the bitumen (R&B, penetration, viscosity, paraffin content). The technology is easy to use: it doesn't provide plant modifications and doesn't introduce water into the mix. Its use began in 2002 with test plots across Europe, wear layers, connection layers, even with the addition of milled material (RAP).

Benefits: decreases the production temperature of over 40°C, limits the gas emissions that cause the greenhouse effect and reduces fuel consumption. The mechanical characteristics of the obtained mixes are identical to the ones produced at normal temperatures.

Cellulose FiberDOPSBS

PAWMA

In thick layers of dense or open-graded asphalt, lack of adhesion may show as a reduction in stability and load carrying capacity, and fatting up of the surface. The strength of the bitumen - aggregate bond depends, at the molecular level on the interaction of chemical groups in the surface of the aggregate with groups in the bitumen. The aggregate surface is hydrophilic and typically contains groups like silanol. Bitumen is essentially a non-polar material but contains small amounts of polar groups such as: carboxylic acids, anhydrides, quinolines, ketones and sulphoxides which occur as parts of the large macromolecular "asphaltene' compounds. The polar compounds in bitumens depend on the source and processing of the bitumen. High penetration binders are generally richer in the napthenic acid components than low-penetration (harder) binders.

Increases the plant's hourly production

Allows carrying the mix at greater distances

Improves the workability facilitating hand laying

Less -50% of emissions in the atmosphere

From 20% to 50% less energy for production

From 40°C to 70°C less compared to classic mix.

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BENEFITS