rMIX: HDPE ashlar membrane for the ventilation and dehumidification of wallsCode: 10629. We sell rolls of membrane with plaster holder net suitable for ventilation and dehumidification of walls. The recyclable HDPE ashlar membrane is made up of an extruded sheet with conical reliefs on one side and a plaster-holder net on the other. The 20 meter long rolls of embossed membrane have a weight of 600 g/m2. and a plaster holder net with 3x3 cm mesh. The installation takes place by unrolling the roll with the bosses towards the wall , so as to create a ventilation chamber and fixing special perforated profiles in the upper part of the wall and near the floor which will allow the recycling of the air and the dehumidification of the wall. Once the HDPE ashlar membrane has been fixed with the relative plugs , the plaster for finishing the wall can be spread on the mesh, which will remain dry because it is protected by the membrane. Origin: Italy Category: Plastic products - ashlar membrane - plaster carrier membrane - dehumidification If you are subscribed to rMIX contact the company, if you are not, subscribe by choosing the contract you prefer .
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rMIX: Sustainable Rainwater Collection and Storage SystemCode: 10551. We build and sell a rainwater control, collection and storage system to prevent flooding. The system is made of recycled plastic and represents an innovative solution in the sustainable management of rainwater. This product fits perfectly into circular economy practices, aiming to reduce environmental impact through the reuse and optimal management of natural resources. What is the rainwater collection and storage system The set of components constitutes a modular rainwater management system developed by our company, which is a leader in the sector of urban drainage and water management solutions. These units are designed to be buried underground and function as temporary rainwater storage modules. The structure is made of recyclable and highly resistant plastic materials, which guarantee durability and reduced maintenance.Functions of the rainwater management systemThe main features of the rainwater management system include:Water Storage: The system can be used to temporarily store rainwater collected from roofs, parking lots, streets or other impervious surfaces. This makes it possible to reduce the pressure on municipal drains during intense rain events, minimizing the risk of flooding and discharge of polluted water into natural waterways.Water reuse: Collected water can subsequently be reused for non-potable purposes, such as watering green areas, washing streets or use in industrial cooling systems. This helps reduce drinking water consumption and promote more sustainable management of water resources.Soil Infiltration: The system can also facilitate the controlled infiltration of stormwater into the soil, improving groundwater recharge and reducing erosion and disappearance of surface water. This process helps maintain hydrological balance in urban areas.Environmental and economic benefitsThe adoption of systems like this brings numerous environmental and economic advantages:Flood Prevention: Significantly reduces the risk of urban flooding during periods of heavy rain.Sustainability: Supports the sustainable management of urban waters, a crucial aspect in sustainable urban development policies.Cost reduction: Reduces the need to invest in large and expensive drainage infrastructure.Improved water quality: Filters and purifies water before it re-enters the hydrological cycle or is reused.This rainwater management system is an excellent example of how modern technology can be applied to solve environmental problems through innovation in the circular economy.It contributes to a healthier and more sustainable environment and offers practical and economical solutions for rainwater management in urban contexts. With the growing interest in urban resilience and environmental sustainability, systems like this are taking on an increasingly central role in modern urban planning strategies. If you would like more information on the Sustainable Rainwater Collection and Storage System, contact our sales office. Origin: Türkiye Category: Plastic products - water collection - drainage - floods - floodingThe photo represents a product at a documentary level If you are subscribed to rMIX contact the company, if you are not, subscribe by choosing the contract you prefer .
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rMIX: Production of Ashlar Geomembrane for Green RoofsCode: 10543. We produce an HDPE geomembrane with 2 cm bosses. suitable for the creation of green roofs. The ashlar geomembrane made of high density polyethylene (HDPE), with a weight of 800 - 1200 g/m², is designed for use on green roofs and for the mechanical and hydraulic protection of tunnels or other underground structures subject to high water flow. ADVANTAGES OF THE GEOMEMBRANE FOR GREEN ROOFS - High resistance to compression and puncture, thanks to the truncated cone shape of the buckets - Uniform load distribution achieved through a high bucket density (400 pieces/m²) - Increasing the air space between the extrusions improves thermal insulation - When installed horizontally, it limits the capillary rise of water, conveying it and discharging it towards the drainage systems (collector). TECHNICAL DATA OF THE GEOMEMBRANE FOR GREEN ROOFS Weight: 800 g/m2 and 1000 g/m2. Material thickness: 0.8mm and 1.0mm. Compressive strength: 160 kN/m2 and 200 kN/m2. Height of the reliefs: 20 mm. Number of reliefs: 400 per square meter. Air space between the bosses: 14 l/m2. Draining capacity: 8 l/s/m, 480 l/min/m, 28,800 l/h/m. Width: 2.0 m and 4.0 m. Temperature resistance: -40 to +80°C. Origin: Poland Category: Plastic products - geomembrane - ashlar membrane - green roofs If you are subscribed to rMIX contact the company, if you are not, subscribe by choosing the contract you prefer .
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rMIX: Honeycomb Recyclable Polyethylene GeogridHoneycomb Recyclable Polyethylene GeogridCode: 1038. Using recyclable polyethylene we create honeycomb geogrids that create, once installed, a module with a 'set of glasses, welded together, in which inert material is placed. When the module is stretched on the work surface, a three-dimensional structure is formed stable, designed to fix the filler (topsoil, crushed stone, sand, etc.). Use Strengthening the banks of the canals Consolidation of the road surface for temporary communication routes Strengthening of the banks of the basins Strengthening of the cones of bridges and overpasses Request more information about the Honeycomb Recyclable Polyethylene Geogrid.Origin: Russia Category: Recycled plastic products - geo grid - PE - bee knot - soil consolidationIf you are a subscriber to rMIX see the customer's contacts, if you are not, subscribe by choosing the contract you prefer
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rMIX: Production of ashlar draining membrane in recycled HDPECode: 10540. We produce the ashlar membrane in rolls composed of recycled HDPE polymer suitable for waterproofing protection. The high-density polyethylene (HDPE) membrane, with a weight of 400 to 1200 g/m2, guarantees optimal protection, insulation and safety for the underground parts of foundations and walls, also preventing the rise of capillary humidity. The advantages of the recycled HDPE dimpled membrane are: - High resistance to compression and tearing, - Ability to eliminate humidity from the foundations by promoting air circulation, - Effective protection of existing insulation, - Contribution to the thermal insulation of foundations, - Guaranteed waterproofness (classified in an advanced sealing class), - Availability of rolls up to 70 meters in length, - Easy installation, supported by a wide range of accessories. If you would like more information about recycled HDPE membrane, please contact our sales department. Origin: Poland Category: Plastic products - embossed membrane - HDPE - construction - waterproofing If you are subscribed to rMIX contact the company, if you are not, subscribe by choosing the contract you prefer .
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rMIX: Production of HDPE Studded Membranes for ProtectionCode: 9460. We produce a line of embossed membranes in recycled HDPE to be used as a protective layer of waterproofing.The embossed membrane in recycled HDPE has 8 mm embossed embossing. with variable sole thicknesses based on the required mechanical resistance.The HDPE studded membrane is used both as a vertical separating layer between the ground and the waterproofing layer in construction buried, both as a separating and protective layer in horizontal floors in contact with the ground.The embossed membrane in recycled HDPE is produced by extrusion of the polymer and the embossings they are made by vacuum suction.Provenance: RussiaCategory: Plastic products - studded membrane - construction - foundations - flooring - protection - HDPEIf you are a subscriber to rMIX see the customer's contacts, if you are not, subscribe by choosing the contract you prefer.
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rMIX: Recycled HDPE Dimpled Membrane for DrainageCode: 9896. Dealing with bituminous waterproof membranes for waterproofing, it is advisable to also use ashlar protective HDPE membranes. In fact, the embossed membranes in recycled HDPE are necessary as a protective layer against impacts which could cause the bitumen waterproofing membrane to break. The HDPE ashlar membrane is sold in different heights in order to satisfy the protection of both foundation walls, floors and flat or moderately sloped roofs. For more information on the HDPE embossed membrane, contact our sales office.Origin: TurkeyCategory: Plastic products - embossed membrane - HDPE - construction - protectionIf you are a subscriber to rMIX see the customer's contacts, if you are not, subscribe by choosing the contract you prefer.
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