Siddhi Rubber Udyog is leading Geocomposite Manufacturer from Noida.
DESCRIPTION :
We have a broad range of drainage Geocomposite for Geosynthetics drainage systems.SiddhiDrain® solutions are efficient & can be applied to several situations The draining Geosynthetic most commonly used are the Geocomposites, which are produced by laminating one or two Geotextiles, with filter function, on a drainage element
SIDDHI GC Fin drains shall be made of light weight, three dimensional high compressive strength polyethylene core black in color ; they are resistant to chemical and biological conditions normally occurring in soil. Moreover they are treated with special additives to resist UV degradation. ; and heat bonded or needle punched polypropylene / polyester geotextile provided on one side or
both sides of the core as per the requirements. The inner strands, thicker and heavier, provide high compressive resistance and transmissivity. The intersecting strands form overlaid sets of continuous deep channels which provide engineering projects, where a high hydraulic flow capacity is required
Geotextile used in a drainage composite shall meet the requirements as specified in Table 700-9.(of morth) The properties of the core material shall meet the requirements as indicated in Table 700-10 (of MORTH).
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TYPICAL APPLICATION:
The core structure is flexible, with low to medium thickness, very high void ratio and medium – high compressive resistance; due to the channel pattern, the flow capacity is much higher in longitudinal direction than in transversal direction; it is suitable for almost all types of applications.
- Georgentte Style-Non Woven
- Metrial-Polypropylene
- 2.1mtr x 50mtr Length
- Thickness-5.5Millimeter (mm)
PROPERTIES:
Product Specifications
| Material | polypropylene(pp) | Color | White |
|---|---|---|---|
| Georgette Style | Non Woven | Length x Width | 2.1mtrX50mtr Meter (m) |
| Th�kness | 5.5 Millimeter (mm) | Application | Typical applications Site : Roads RE Wall , Levelling and mechanical protection of the geomembrane; drainage of the accidental leaks below primary ; leachate and rain water collection above primary geomembrane; mechanical protection of the geomembranes when in contact with waste-materials and/or soil; drainage of liquids and gases present in the soil above and/or below the capping geomembrane. |
Geocomposite Specifications for SIDDHI GC Fin Drains
| In-situ soil passing | Permittivity, per sec ASTM D | Maximum Apparent Opening Size, mm as |
| 0.075 mm sieve(%) | 4491/ IS 14324 : 1995 | per ASTM D4751/ IS 14294 : 1995 |
|---|---|---|
| < 15 | 0.5 | 0.43 |
| 15 to 50 | 0.2 | 0.2 |
| > 50 | 0.1 | 0.22 |
Specification for Fin drain :
| Property | Test method | Units | Minimum average Roll value |
| Tensile strength | EN ISO 10319 | kN/m | 16 |
|---|---|---|---|
| CBR Puncture Resistance | EN ISO 12236 | N | 3000 |
| Mass per unit area | EN ISO 9864 | g/m2 | 710 |
| Thickness of Composite | EN ISO 9863 | mm | 4.5 |
| In-plane permeability | |||
| (Hydraulic Gradient, i=1 at 100 kPa pressure) | EN ISO 12958 | l/m | 0.55 |
| Hydraulic Gradient, i=1 at 200 kPa pressure | EN ISO 12958 | l/m | 0.45 |
Technical Specifications:
| Width | Customized |
| Thickness | 5 mm |
|---|---|
| Application | Drainage |
| Brand | SRU |