Claytec clay undercoat plaster with straw/ earth-moist /BigBag/500 kg

High-quality glass fibre mesh with oiled paper for bridging and covering swelling substrates and for bridging cracks.Ideal for plastering over timber framing, wood and wooden beams, glass wool wall joints and similar.Suitable for all types of plaster!Width: 16, 20, 25, 33 cmRoll length: 50lfmTechnical information: Information sheet: Beam fabric with oiled paperDescription: For perfect beam lamination. Wooden beams, iron girders, insulating materials and small cracks in walls no longer have a direct connection to the plaster. Quick and easy application thanks to several width variants.Beam fabric with oiled paper impresses with its adaptability for professional use.Can be cut with a knife or scissors.No adhesion of oiled paper and glass fibre mesh due to foreign bodiesSize: Dimensions rolls 50 mExterior plaster mesh close-meshed 10 x 10mm blueWidths:16 cm mesh plus oiled paper 10 cm20 cm mesh with oiled paper 12.5 cm25 cm mesh with oiled paper 16 cm33 cm mesh with oiled paper 25 cm

Single or multi-layer base and finishing plaster for interior use. Clay plaster mineral is a base and finishing plaster in one product. Its angularly crushed sand provides strength. After application, the mortar sets very quickly and can soon be worked on. As a base coat, it is suitable for all coarse and fine Claytec clay finishing plasters, e.g. YOSIMA. As a rough or smooth finishing plaster with a mineral, straw-free surface texture, it is painted with the Clayfix clay coating system.Product data sheet Clay plasters worksheetApplicationSingle or multi-layer base and finishing plaster indoors. Hand or machine plaster on masonry, solid building materials, reeds, etc.CompositionNatural building clay up to 5 mm, mixed-grain washed or crushed sand 0 -2.8 mm. Grain group, oversize according to DIN 0/4, < 5 mm.Building material valuesDrying shrinkage 2.0%. Strength class S II. Bending tensile strength 1.0 N/mm2. Compressive strength 3.0 N/mm2. Adhesive strength 0.20 N/mm2. Abrasion 0.2 g. Bulk density class 2.0. Thermal conductivity 1.1 W/m∙K. µ-value 5/10. Water vapour adsorption class WS III.Building material class A1.Delivery form, yieldErdfeucht 05.030 in 1 t big bag (yields 500 l plaster mortar, 50 m2 surface with D= 1.0 cm)Soil-moist 05.230 in 0.5 t big bag (yields 250 l plaster mortar, 25 m2 area with D= 1.0 cm)Dry 05.032 in 1.0 t big bags (results in 540 l plaster mortar, 54 m2 area with D= 1.0 cm)Dry 10.130 in 25 kg sacks (add. 13.5 l plaster mortar, 1.35 m2 area with D= 1.0 cm), 48 sacks/pal.StorageProper dry storage possible indefinitely. Clumping due to drying out can result in increased processing costs; complaints for this reason are excluded.Moist goods must be stored protected from freezing in winter, as otherwise workability is impaired during frost.

Claytec clay undercoat plaster with straw is the absolute classic for clay interior plastering, even in thick layers or for multiple applications!- easy to apply as hand or machine plaster, even on uneven masonry or plaster base (e.g. reed fabric)- the yield for a BigBag of dry clay mortar is approx. 625 litres of plaster mortar and produces 42 m² with a thickness of 1.5 cm- dry undercoat plaster can be stored almost indefinitely- Particularly suitable for use in the renovation and modernisation of listed buildingsYou can access all other relevant information in PDF format via the data sheet for clay undercoat plaster and the worksheet for Claytec clay plasters. If you have any further questions, simply contact us by telephone or via the contact form on the website.

Claytec clay undercoat plaster with straw is the absolute classic for clay interior plastering, even in thick layers or for multiple applications!- easy to apply as hand or machine plaster, even on uneven masonry or plaster base (e.g. reed fabric)- the yield for a BigBag of dry clay mortar is approx. 625 litres of plaster mortar and produces 42 m² with a thickness of 1.5 cm- dry undercoat plaster can be stored almost indefinitely- Particularly suitable for use in the renovation and modernisation of listed buildingsYou can access all other relevant information in PDF format via the data sheet for clay undercoat plaster and the worksheet for Claytec clay plasters. If you have any further questions, simply contact us by telephone or via the contact form on the website.

Product data sheet Clay plasters worksheetClaytec clay base plaster with straw is the multifunctional clay base plaster classic!- Highly functional workability- Can be applied in one or more layers- Basis for all coarse and fine Claytec clay finishing plasters- Also suitable for wall heating systems- Container sizes: available as bagged goods or in BigBags of 0.5 or 1 tonneFor all other necessary information on composition, yield, storage, mortar preparation, simply download the attached data sheet as a PDF!

Product data sheet Clay plasters worksheetClaytec clay base plaster with straw is the multifunctional clay base plaster classic!- Highly functional workability- Can be applied in one or more layers- Basis for all coarse and fine Claytec clay finishing plasters- Also suitable for wall heating systems- Container sizes: available as bagged goods or in BigBags of 0.5 or 1 tonneFor all other necessary information on composition, yield, storage, mortar preparation, simply download the attached data sheet as a PDF!

Claytec clay undercoat plaster with straw is the absolute classic for clay interior plastering, even in thick layers or for multiple applications!- easy to apply as hand or machine plaster, even on uneven masonry or plaster base (e.g. reed fabric)- the yield for a BigBag of dry clay mortar is approx. 625 litres of plaster mortar and produces 42 m² with a thickness of 1.5 cm- dry undercoat plaster can be stored almost indefinitely- Particularly suitable for use in the renovation and modernisation of listed buildingsYou can access all other relevant information in PDF format via the data sheet for clay undercoat plaster and the worksheet for Claytec clay plasters. If you have any further questions, simply contact us by telephone or via the contact form on the website.

Deep penetrating primer and consolidatorBefore applying clay plaster mortar or bonding dry plaster or interior insulation boards. For consolidating sanding substrates, for example lime or cement.Data sheetCompositionWater, potassium silicate, dispersion, additives < 1%. Delivery forms, coverage10 l canister for approx. 50 m²1 litre bottle for approx. 5 m²StorageCan be stored in closed containers in a dry and cool place (frost-free!) for at least one year. Tightly reseal opened containers.PreparationAs a rule, whisk up thoroughly undiluted; when consolidating clay plaster surfaces, up to 25% water can be added.SubstrateRemove loose parts of the substrate. Brush off easily detachable sand grains. Substrate temperature 5-25 °C.ApplicationApply a thick coat using a short pile roller or brush.If deep primer and consolidator are to penetrate deep into the substrate, several wet-on-wet applications are recommended.DryingThe following application is only possible after complete drying, at the earliest after 48 hours. Drying depends on temperature and humidity

Surface reinforcement for all clay plasters. The CLAYTEC jute fabric is a canvas fabric made of jute yarn, finished with polysaccharide (starch). Jute fabric is the classic among ecological plaster reinforcement fabrics.Data sheet clay plastersApplicationAs surface reinforcement for clay plasters, HFD interior insulation, fully bonded claddings made of dry clay plasterboards and wood fibre finishing boards.TextureFabric made of jute yarn, finished with starch. Weight approx. 120 g/m2.warp/weft approx. 21/20 Fa per 10 cm, clear mesh size approx. 4.5x 4.5 mm.Delivery formRoll, width 100 cm, length 50 m.StorageDry, airy and protected from direct sunlight for at least three years.Material requirementAs for m² plaster surface plus 10% to 20% reserve for offcuts and overlapping.ApplicationThe reinforcing mesh is applied to the freshly applied, still plastic mortar and rubbed in with the felt board. The overlap in the joint area must be approx. 10 cm.

Building clay is intended as a basic material for craftsmen experienced in clay construction. Mixing ratios depend on the intended use and the aggregates. Recipes must be developed individually.Data sheetField of applicationBinder for clay mortar, clay fills, straw clay, light clay, etc. Base material for customised mixtures and for the production of spiral stakes.CompositionNatural building clay with fine sandy mineral structureBinding forceBinding strength tested according to 2.4.3 of the "Loam Construction Rules" of the Dachverband LehmForms of deliveryMoist in 1.0 tonne big bags with grain sizes up to 5 mmDry, ground in 1.0 tonne big bags with grain sizes up to 0.5 mmDry, ground in 25 kg bags, 48 bags/pal. with grain sizes up to 0.5 mm in 25 kg bags, 48 bags/pal.StorageProtect from drying out (clumping) or moisture penetration due to the weather. Apart from changes in consistency, storage is possible indefinitely.

Clay adhesive and reinforcing mortar for reinforcing layers on clay boards as well as wood fibre finishing and interior insulation boards. Clay adhesive and reinforcing mortar consists of clay and cellulose. This guarantees optimum workability, even with thin coats. With a compressive strength of 3.9 MPa, which is new for clay mortar, and an adhesive strength of 0.85 MPa, clay bonding and reinforcing mortar guarantees the strength of the entire construction. It is the basis for fine Claytec clay finishing plasters and YOSIMA. With good preparatory work, it can also be simply painted with the Clayfix clay coating system.Data sheet Application videoHow to useAdhesive and bonding mortar as a dry, fine-grained ready-mix for bonding lightweight building and interior insulation boards to various substrates, as a reinforcing mortar on clay building boards, clay-hemp boards, wood fibre insulation and wood fibre finishing boards and mineral foam boards.CompositionSand up to 1.0 mm, clay and loam, talc, perlite, plant fibres and cellulose.Delivery form, yield25 kg bags (makes 17 litres of mortar for 5 m2), 48 bags/pal.StorageCan be stored in a cool, dry place indefinitely.Mortar preparationThe 25 kg dry mix is gradually stirred into 8-9 litres of clean water using a drill (≥ 800 watts) or mixer and stirring paddle (Ø 125 mm). The amount of water added is slightly less for bonding mortar. Working consistency paste-like according to the desired application with a notched trowel or spatula.Work well again after 30 minutes resting time. The mortar is now ready to use.Plaster baseThe substrate must be stable, frost-free, dry, clean, free of salt, sufficiently rough and absorbent. Levelling coats of clay plaster mortar must be completely dry.The surface must be as level as necessary for the bonding described below. Small unevenness (small individual areas up to 5 cm in diameter and 3 mm deep) can be levelled with the adhesive. Larger imperfections must be filled with a suitable mortar and left to dry.ApplicationThe adhesive is applied to the back of the panels to be bonded using a notched trowel or spatula (8-10 mm notches). A thin layer of adhesive should be applied to the entire surface, including the grooves. The first board is applied immediately and pressed firmly onto the substrate; contact must be ensured over the entire surface.Uneven masonry and plaster surfaces are slightly pre-wetted and roughly levelled. The back-coated boards (see above) are pressed in wet-on-wet.Boards can be additionally mechanically fixed as required, e.g. on sloping ceilings and roofs, see corresponding board product sheets or worksheets.As a bonding filler for thick-layer plasters on insulation boards (e.g. for wall surface heating) and similar applications, the slightly stiffer mortar is applied in the same way using a notched trowel or spatula.For reinforcement layers, the 3 mm thick mortar is applied. It can also be sprayed on with a plastering machine; resting times are not necessary for this application. Reinforcement mesh is worked into the surface of the layer while it is still wet.HardeningThe curing time is 24-72 hours, depending on the drying possibilities and absorbency of the substrate. With additional mechanical panel fixing and subsequent thin-layer coating, work can continue immediately.Work samplesAdhesion to the substrate must always be checked with the respective board to be fixed using a sufficiently large working sample. Complaints not resulting from mixing errors at the factory are excluded.

Single-layer thin-layer plaster for interior use. Clay finishing plaster fine 06 contains very fine fibres and sands. The material is particularly easy to work with and suitable for very fine surfaces. This means that all even substrates can be transformed very economically into fine clay surfaces. The application thickness is 2-3 mm. The material is also used as a base for YOSIMA, as a rule it is simply painted with the Clayfix clay coating system.Data sheet Clay plasters fine surfacesApplicationSingle-layer finishing plaster for interior use. Hand or machine plaster on CLAYTEC clay undercoat plaster, clay building boards and other sufficiently even surfaces made of suitable building materials.CompositionNatural building clay, mixed-grain washed sand 0-0.6 mm, fine fibres. Grain group, oversize according to DIN 0/1, <2 mm. Fibres: Cellulose fibres.Building material valuesDrying shrinkage 4.0%. Strength class S II. Bending tensile strength 0.9 N/mm2. Compressive strength 2.5 N/mm2. Adhesive strength 0.10 N/mm2. Abrasion 0.4 g. Bulk density class 1.8. Thermal conductivity 0.91 W/m∙K. µ-value 5/10. Water vapour adsorption class WS III.Building material class A1.Delivery form, yieldDry in 0.8 t big bags (yields 544 litres of plaster mortar)Dry in 25 kg bags (yields 17 litres of plaster mortar for 5.7 m2 D= 3 mm), 48 bags/pal.StorageUnlimited dry storage possible.

Clay joint fillerFilling material for joints between clay and timber components such as door panelling and skirting boards as well as for dowel holes. Also suitable for cracks and defects in historic half-timbered beams. Clay joint filler is the ecological alternative to plastic fillers. The dry material is mixed with water, poured into the refillable CLAYTEC interchangeable cartridge and applied with the cartridge press. Remaining quantities can be stored indefinitely. The natural-brown colour is suitable for natural-coloured clay interior plaster surfaces.Data sheet Clay plastersArea of applicationFilling joints between half-timbered beams and clay infills. For joints between clay or lime plasters and finishing elements such as skirting boards, door panelling or other adjacent fixtures. For closing wood shrinkage cracks and settlement cracks caused by building components. As a filler compound for dowel holes etc.CompositionNatural building clay, cork, expanded glass, talcum, cellulose, vegetable thickenerDelivery form, yield1.5 kg bag yields approx. 2.5 litres of joint fillerColour natural-BROWNColour natural-LIGHTAvailable to match: CLAYTEC replaceable cartridge empty with nozzle and piston / 310 litresStorageCan be stored in a cool, dry place indefinitelyPreparationAdd water with a kitchen whisk or by hand. Natural brown 1.15 to 1.25 litres, natural light 0.975 to 1.15 litres depending on the desired processing consistency and width of the joints to be filled.ProcessingJoints and cracks must be carefully cleaned mechanically. Absorbent mineral joint flanks can be carefully moistened to bind dust. The mixed material can be poured into the CLAYTEC interchangeable cartridge (Art. No. 182/582) using a dough spatula, for example, and is ready for immediate use. When choosing a cartridge press, make sure it is a quality device. The piston in the interchangeable cartridge can be pushed back with a round rod for multiple use.Silicone spatulas are suitable for removing the joint filler, fine brushes and clean water for smoothing. In the case of wide or deep joints, fine tears may occur on one edge of the joint or the filler may collapse slightly.In addition to joint filling, small areas can also be filled with a spatula.Further treatmentFinishing with or without material using a sponge and clean water. Filling and painting is possible with all products suitable for clay plaster surfaces, especially CLAYFIX clay paint.

Filling material for joints between clay and timber components such as door panelling and skirting boards as well as for dowel holes. Also suitable for cracks and defects in historic half-timbered beams. Clay joint filler is the ecological alternative to plastic fillers. The dry material is mixed with water, poured into the refillable CLAYTEC interchangeable cartridge and applied with the cartridge press. Remaining quantities can be stored indefinitely. The natural-brown colour is suitable for natural-coloured clay interior plaster surfaces.Data sheet Clay plasters Worksheet fine surfacesArea of applicationFilling joints between half-timbered beams and clay infills. For joints between clay or lime plasters and finishing elements such as skirting boards, door panelling or other adjacent fixtures. For closing wood shrinkage cracks and settlement cracks caused by building components. As a filler compound for dowel holes etc.CompositionNatural building clay, cork, expanded glass, talcum, cellulose, vegetable thickenerDelivery form, yield1.5 kg bag yields approx. 2.5 litres of joint fillerColour natural-BROWNColour natural-LIGHTAvailable to match: Interchangeable cartridge empty with nozzle and piston SW10108StorageCan be stored in a cool, dry place indefinitelyPreparationAdd water with a kitchen whisk or by hand. Natural brown 1.15 to 1.25 litres, natural light 0.975 to 1.15 litres depending on the desired application consistency and width of the joints to be filled.ProcessingJoints and cracks must be carefully cleaned mechanically. Absorbent mineral joint flanks can be carefully moistened to bind dust. The mixed material can be poured into the CLAYTEC interchangeable cartridge (Art. No. 182/582) using a dough spatula, for example, and is ready for immediate use. When choosing a cartridge press, make sure it is a quality device. The piston in the interchangeable cartridge can be pushed back with a round rod for multiple use.Silicone spatulas are suitable for removing the joint filler, fine brushes and clean water for smoothing. In the case of wide or deep joints, fine tears may occur on one edge of the joint or the filler may collapse slightly.In addition to joint filling, small areas can also be filled with a spatula.Further treatmentFinishing with or without material using a sponge and clean water. Filling and painting is possible with all products suitable for clay plaster surfaces, especially CLAYFIX clay paint.

Masonry mortar for lightweight clay blocks for timber frame infill and inner shells.The wood shavings content ensures that the material composition of the light clay blocks is adapted, asare the bulk density and the physical properties of the building.If you have further requirements, please enquire about availability, price and delivery costs for goods in BigBags using the contact form on our website.We will be happy to provide you with a personalised offer.Data sheet Truss Field of applicationMasonry mortar for clay blocks and lightweight clay blocks of application class I or II.Cannot be used as a render mortar or as a base material for the production of render mortars. CompositionNatural building clay up to 5 mm, sand 0-2 mm, wood granulate (chips) up to 20 mm.Grain group, oversize according to DIN 0/4, < 8 mm.Delivery form, yieldSoil-moist in 1.0 t big bags (makes 700 litres of masonry mortar)Moist in 0.5 t big bags (yields 350 litres of masonry mortar)Dry in 25 kg bags (yields 20.5 litres of masonry mortar), 48 bags/pal.Material requirementDepending on brick format and wall thickness - see product sheetMortar preparationWith the addition of approx. 10% water (earth-moist) or approx. 30-35% (dry) with all commercially available free-fall mixers, disc and trough compulsory mixers. In smaller quantities also with a motorised whisk or by hand.ProcessingThe mortar is applied in accordance with the rules of the bricklaying trade. If lime plastering is planned, level the masonry joints and scrape out sharp edges up to a maximum recess of 3 mm to improve subsequent plaster adhesion.Processing timeAs there is no chemical setting process, the material can be applied covered for several days. It can remain in mortar pumps and hoses for just as long.ColourThe colour of the mortar may differ from the colour of the clay blocks and light clay blocks.

Single-layer finishing render for interior use. On clay basecoat plaster, sufficiently even masonry and other solid building materials. The application thickness is between 6 and 10 mm. Clay topcoat plaster with straw is the mortar for any surface texture, from rustic to smoothed. The short-cut straw is not only decorative on the surface, it also makes the plaster smooth and easy to apply, even for inexperienced users. The plaster is painted with the Clayfix clay paint system.If you have further requirements, please enquire about availability, price and delivery costs for goods in BigBags using the contact form on our website.We will be happy to make you a personalised offer.Data sheet Clay plasters Data sheet FachwerkApplicationSingle-layer finishing plaster for interior use. Hand or machine plastering. On CLAYTEC clay undercoat plaster, suitable masonry and solid building materials.CompositionNatural building clay up to 5 mm, mixed-grain washed sand 0-2 mm.Grain group, oversize according to DIN 0/2, < 7 mm. Barley straw fibres up to 10 mm.Building material valuesDrying shrinkage 2.0%. Strength class S II. Bending tensile strength 0.7 N/mm2. Compressive strength 2.0 N/mm2. Adhesive strength 0.15 N/mm2. Abrasion 0.6 g. Bulk density class 1.8. Thermal conductivity 0.91 W/m∙K. µ-value 5/10. Water vapour adsorption class WS III.Building material class A1.Delivery forms, yieldSoil-moist in 1.0 t big bags (yields 600 l plaster mortar, 60 m2 area with D= 1.0 cm)Soil-damp in 0.5 t big bags (yields 300 litres of plaster mortar, 30 m2 area with D= 1.0 cm)Dry in 1.0 tonne Big Bags (resulting in 625 litres of plaster mortar, 63 m2 area with D= 1.0 cm)Dry in 25 kg sacks (16.7 litres of plaster mortar, 1.7 m2 area with D= 1.0 cm), 48 sacks/pal.StorageStore in a dry place. Earth-moist clay finishing plaster should be used no later than 3 months after production; dry goods can be stored indefinitely.Earth-moist goods must be stored protected from freezing through in winter, as otherwise the workability is impaired during frost.

Plaster base for heavily weathered timber frame infills. Stainless steel plaster base mesh is rustproof and specially cranked. The indentations provide the necessary distance to the plaster base. It is fastened with façade screws. It provides additional security for lime plaster adhesion on timber framing that is exposed to above-average weathering.Data sheet for timber frame renovationArea of applicationPlaster base for lime plasters on clay or other infills of half-timbered façades exposed to above-average weathering.CompositionWelded stainless steel wire mesh, wire thickness 1 mm, mesh size 16x16 mm, cranked approx. 10 mm deep in a grid of 100 mm. Offset offsets for better adaptation to angled infill surfaces.Delivery formRolls. Width 1 m, length 5 m.

Empty cartridge capacity: 310 mlScope of delivery: empty interchangeable cartridge, piston, nozzleSupplementary product for Claytec clay joint filler and many other applications.

The particularly high-quality HAGOS Top 90 stove construction clay with its typical brown-beige colour is an indispensable product for use in the construction of tiled and plaster stoves, pizza ovens and clay ovens. The clay mortar is ideal for bricklaying stove tiles and fireclay bricks as well as for shaping plaster surfaces and sealing sweep openings.Temperature resistance: 800 - 900 °C !!!Application:For use with quartz sand, washed sand or fireclay powder or grit and prepare with clean tap waterIdeal for all corresponding applications in the construction and repair of tiled and plaster stoves, pizza ovens and clay ovensProfessional material with premium qualityCan be stored practically indefinitely

Surface reinforcement for clay adhesive and reinforcing mortar and all clay plasters. It is tension-resistant, very fine and particularly easy to work with.Clay plasters worksheetApplicationAs surface reinforcement for clay plasters, HFD interior insulation, cladding made of clay building boards and wood fibre boards, cladding made of clay building boards, clay-hemp boards and wood fibre boards.TextureLeno fabric made of glass fibre yarn/roving, finished with polymer finish for scrims. Weight approx. 110g/m², warp/weft approx. 14/14 Fa per 10 cm, clear mesh size approx. 6 x 6 mm, made in Germany, alkali-resistant, shift-proofDelivery formRoll, width 100 cm, length 50 mStorageDry, airy and protected from direct sunlight for at least three years.Material requirementAs for m² plaster surface plus 10% to 20% reserve for offcuts and overlaps.ApplicationSurface reinforcement: The mesh is applied to the freshly applied, still plastic mortar and rubbed in with the felt board. The overlap in the joint area must be approx. 10 cm. (For cladding made of clay building boards, clay hemp boards and wood fibre finishing boards, the fabric is usually worked into the clay adhesive and reinforcing mortar over the entire surface).

Product information "Hiss reed insulation panel 5 cm reed panel" Stalk length 1 m, height 2 m.5 cm thick reed board for insulating buildings. Weight approx. 7 kg per square metre.Selected reed quality and high-quality strong binding made of 1.8 mm thick galvanised wire, the staples are made of 1.3 mm thick stainless steel wire.Reed insulation panels are fixed to masonry or other mineral substrates with insulation plugs. Requires approx. 7 pieces per m².The panels can also be screwed to wooden structures.Thermal insulation made of reedData sheet Video Video 2 Processing instructionsInsulating with natureMore and more environmentally conscious building owners are opting for natural insulation materials in order to make their contribution to climate protection and at the same time create a cosy and healthy indoor climate. For this reason, insulation materials made from renewable raw materials have been increasingly used again in recent years, both in new builds and renovations.What exactly are renewable raw materials?Renewable raw materials (NaWaRo) such as reed, wood, flax, cork, hemp, sheep's wool, etc. come from nature and are therefore ecological "by tradition". They are produced in an environmentally friendly and resource-saving way and require little primary energy.Zero chemicals, zero pollutants, great climateInsulation materials made from renewable raw materials (NaWaRo) are largely free of chemicals and pollutants. They compensate for fluctuations in temperature and humidity better than mineral insulating materials and offer excellent soundproofing properties in addition to thermal insulation. And they can also provide a "cool climate" inside the house in summer: plants store heat wonderfully and thus prevent rooms from heating up, which is a particularly beneficial effect under sloping roofs. Natural insulating materials are superior to their mineral competitors because they are better at equalising fluctuating temperatures and humidity while maintaining the same good insulating performance.Ecologically insulated with reedNaturally from tradition: reed is probably the oldest building material for full thermal insulation and was already used in the Neolithic Age to insulate houses against the cold. In historic buildings, there are many plasters with reed mats as supports that have lasted for several centuries. Reed is the most natural building material that environmentally conscious homeowners can think of and scores with an outstanding carbon footprint: it ranges from low energy consumption during production (the reed is only cut, pressed together and bound with stainless steel wires) to material-free recycling. This makes reed a pollutant-free alternative to rigid foam panels made of polystyrene and polyurethane, which are made from crude oil and require a great deal of energy during production. As a renewable raw material (NaWaRo), reed has special properties from its original natural habitat: as an aquatic plant, reed is extremely resistant to rotting. The high silicate content in the reeds makes them rot-proof, prevents swelling and shrinkage and ensures that reeds are difficult to ignite in plaster. Important for owners of old buildings: The breathable material, which also ensures a pleasant indoor climate and excellent sound insulation, moulds perfectly to walls that are not completely flat. Because the reeds can be moved within themselves, movements in the substrate can be easily compensated for.The natural insulating material reed is extremely versatile. It is suitable, for example, asInterior insulation of half-timbered and other housesfor external insulation as part of thermal insulation systemsas effective roof insulation on/under and between the raftersas ceiling and floor insulation Reed insulation boards are also very easy to work with: Builders can simply cut them to size themselves using a table saw or hand-held circular saw.Reed can also save financial resources: In terms of purchasing materials, reed insulation is cheaper than cork, mineral foam, wood fibre or vacuum insulation. However, the time required for installation is 6-15 minutes longer per square metre.

Product information "Hiss Reet reed fabric Extra"Data sheet Application examplesExtra strong reed fabric made from selected, stable stalks. Bound with galvanised wire, approx. 60-70 stalks per running metre. The distance between the binding wires is approx. 10 cm.Hiss Reet Reed Cloth Extra is particularly suitable for demanding applications such as pitched roofs, curves and lost formwork.Hiss Reet Fabric Extra is an extra-strong, top-quality reed fabric that is also suitable for demanding applications, e.g. as a plaster base for pitched roofs, curves and as permanent formwork. The culms used for the Hiss reed fabric are of the highest quality: only stable and straight culms of Turkish origin are used. Hiss reed fabric is the traditional plaster base made from reeds. The reed fabric can be used indoors and outdoors.The spaces between the reed stalks and the rough surface of the reed ensure good adhesion of the plaster to the Hiss Reet fabric. The high bending strength of reed ensures sufficient load-bearing capacity even with thicker plasters. The reed fabric is the ideal reinforcement for clay plaster, lime plaster and, of course, gypsum plaster.Hiss reed fabric is produced without chemical additives. The reed stalks are bound with a 0.45 mm thick galvanised binding wire and a 0.7 mm thick running wire.Practical tip: The thicker wires make them easier and more stable to bend. The wire ends can be reliably "bent away" and do not stand up on their own in the plaster. The Hiss Reet Mesh Extra is therefore much easier to work with than the standard mesh when plastering.

Product description:with straight neckCraftsman qualityQuality tool from German manufacture / "Made in Germany"Solid plastic handle/soft handle