• Atarfil Europe Self-Adhesive Geomembranes for Wall Thermal and Moisture Protection System 1
  • Atarfil Europe Self-Adhesive Geomembranes for Wall Thermal and Moisture Protection System 2
Atarfil Europe Self-Adhesive Geomembranes for Wall Thermal and Moisture Protection

Atarfil Europe Self-Adhesive Geomembranes for Wall Thermal and Moisture Protection

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
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Supply Capability:
5000rolls m²/month

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Self-Adhesive Geomembrane for Wall Thermal andMoisture Protection
High performance self-adhesive geomembrane made from self-adhesive rubberbitumen glue

Specification of Self-Adhesive Geomembrane for Wall Thermal and MoisturePrtection
Thickness: 1.2mm - 2. Omm, 2m - 4m in roll width, the length as client ' s request.

Property of Self-AdhesiveGeomembrane for Wall Thermal and Moisture Protection
I. High tear strength and stability
2. Excellent in self-adhesive, easy for checking
3. Good self-healing property
4. Easy for construction
5. Special wet lay-up technique could be continuing construction under wetconditions even
Rainy season

Application of Self-AdhesiveGeomembrane for Wall Thermal and Moisture Protection
Mainly used in industrial and civil cellar underground structure, square floor,roof garden etc.

Q: What are the design considerations for geomembranes in floating covers?
Some design considerations for geomembranes in floating covers include selecting the appropriate material based on factors like chemical resistance and UV stability, ensuring proper thickness to withstand potential punctures or tears, considering the potential for settlement or deformation of the underlying soil or substrate, determining the required anchoring or ballasting system to keep the cover in place, and considering the potential for wind or wave action and its impact on the cover's performance.
Q: What is geotextile?
The geotextileis a permeable composite material made of synthetic fibers, which are made by needling or knitting. Finished products are cloth-shaped, the general width is 4-6 meters, length is 50-100 meters. The geotextile is divided into woven geotextile and non-woven geotextile. The geotextile has the characteristics of excellent filtration, drainage, isolation, reinforcement and protection, with light weight, high tensile strength, good permeability, high temperature resistance, freezing resistance, aging resistance and corrosion resistance.
Q: How to get rid of the film on computer screen?
1, Generally, if you dig the corner of the laptop protective?film gently with your finger nails, it is very easy to dig up a corner, and you can easily tear off the laptop protective?film by pulling the corner. 2, if it can't be digged up with fingernail, you can prepare two glues to stick a corner of the bottom edge and stick up a corner of the electrostatic film, and then you can easily peel off laptop protective film by pulling the corner. Attention: General protective film is electrostatic film, which can be used repeatedly, so try not to use sharp things to help to tear off the film, which may result in failure to reuse.
Q: What is the construction technology of geotechnical engineering?
(1) Geological surveying and mapping. (2) Exploration and sampling. (3) In-situ test and laboratory test. (4) On-site inspection and monitoring. Engineering geological mapping is the basis of geotechnical engineering investigation and is usually carried out in the early stages of the investigation. The essence of this approach is to use geological and engineering geological theory to observe and describe the geological phenomenon, analyze its nature and rules, and thereby infer the geological condition of the subsurface providing evidence for other investigation methods like exploration and testing. In sites that have complex topography and geological conditions, engineering geological mapping must be carried out. However, for sites that is of flat terrain, simple geological conditions and relatively small space, engineering geological mapping survey can be replaced by investigation. Engineering geological mapping is the most economical and effective way to know the engineering geological conditions. High-quality mapping work can be fairly accurately infer the subsurface geological condition and effectively guide other investigation methods.
Q: is the graphite electrothermal?film useful?
Generally speaking, the effect is good. One of its advantages is that the heating is fast, easy to control, and installation is not high. However, the heating effect and the degree of thermal insulation are related to the installation of electric heating film.
Q: the using method of Film thickness gauge ?
the using method of coating thickness gauge when using the coating thickness gauge you should be complied with the provisions: a base metal properties of the magnetic method, the base metal magnetic of specification sheet and the surface roughness, and the test?specimen base metal magnetic should be similar to the base metal surface roughness. as for eddy current method, the electrical properties of the sheet specifications base metal should be similar to the electrical properties of the test?specimen base metal. b check the thickness of the base metal whether the base metal thickness exceeds the critical thickness, if not, it may be employed a method in 3.3 to calibrate. c edge effect should not be in close proximity to a mutation at the specimen, such as the edge of the hole and the inner corner, etc. were measured. d the curvature should not be measured on the test?specimen outer curvature surface. e the number of readings usually are not the same because each instrument readings is different, so it must take several readings within each measurement area. Local differences in the thickness of the cover layer is also required in any given area of ??multiple measurements, and when the surface is roughness the result is the same. f before the appearance of cleanliness measurement, you should remove any adhering substance on the surface, such as dust, grease and corrosion products, etc., but do not remove any cover layer material.
Q: Are geomembranes suitable for use in mining operations?
Yes, geomembranes are suitable for use in mining operations. They are effective in preventing the contamination of soil and water by serving as a barrier between mining activities and the surrounding environment. Geomembranes can help with the containment of hazardous substances, such as leachates and tailings, thereby reducing the potential environmental impact of mining operations. Additionally, they can be used for lining ponds, storage facilities, and waste containment areas, enhancing the overall safety and sustainability of mining activities.
Q: How do geomembranes contribute to the prevention of soil salinization?
Geomembranes can help prevent soil salinization by acting as a barrier, preventing salty water or brine from infiltrating the soil. They are impermeable to water and salts, effectively minimizing the contact between saline solutions and the underlying soil. This helps maintain the soil's natural balance and prevents the accumulation of salts, which is a major cause of soil salinization.
Q: What are the load-bearing capabilities of geomembranes?
The load-bearing capabilities of geomembranes vary depending on factors such as material type, thickness, and installation method. Generally, geomembranes have limited load-bearing capabilities and are primarily designed to serve as barriers for liquid or gas containment. However, they can support light to moderate loads such as pedestrian traffic or lightweight equipment. For heavier loads, additional support like geotextiles or soil cover is often necessary to distribute the load and prevent damage to the geomembrane.
Q: Are geomembranes resistant to punctures from rocks and sharp objects?
Yes, geomembranes are designed to be highly resistant to punctures from rocks and sharp objects. They are typically made from durable materials like high-density polyethylene (HDPE) or polyvinyl chloride (PVC), which have excellent puncture resistance properties. Additionally, some geomembranes may also have reinforced layers or coatings to provide further protection against punctures.

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