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ASTM D4595 Plastic Mesh Netting TE FGP TE FGC Fiberglass Geogrids

Categories Plastic Mesh Netting
Brand Name: X MESH
Model Number: X MESH-0278
Certification: ISO9001:2015
Place of Origin: Hebei P.R. China.
MOQ: 1000m2
Price: Negotiable
Payment Terms: L/C, T/T, Western Union, MoneyGram
Supply Ability: 85000m2/week
Delivery Time: 5-7days
Packaging Details: Wrapped with plastic film and bundle packing
Standard: ASTM D4595
Life Time: 100 Years
Length: 50m
Width: 1m
Feature: Increases the fatigue life of pavements with weak foundations
Material: Fiberglass
Application: For Aquaculture
Color: Black
Packing: Pallet
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    ASTM D4595 Plastic Mesh Netting TE FGP TE FGC Fiberglass Geogrids

    ASTM D4595 Standard Width 1m Fiberglass Material Aquaculture Plastic Mesh Netting

    Plastic Mesh Netting Introduction:

    Asphalt Reinforcement Geogrids

    Our TE-FGP & TE-FGC biaxial fiberglass geogrids are designed specifically as interlayers for asphalt reinforcement applications. They work to enhance pavement life and performance while helping to reduce maintenance costs. Though each of these fiberglass geogrids have unique characteristics both feature excellent heat resistance, low shrinkage and ultimate elongation to help create a rigid asphalt layer. These geogrids are highly durable, biologically unaffected by soil micro-organisms, inert to all chemicals normally found in soil, and formulated to resist ultraviolet degradation.

    More information on each is provided below.

    TE-FGP (Biaxial Fiberglass Geogrid)

    Polymer coating optimizes the chemical compatibility between the fiberglass reinforcement and the pavement overlay to create strong bonding of the asphalt layers.

    Aperture size allows asphalt particles to penetrate through the grid to achieve high interlock and effective bonding of two asphalt lifts.

    Self-adhesive backing eliminates the need for tack coat and speeds up installation.

    TE-FGC (Biaxial Fiberglass Composite Geogrid)

    Bonded to a non-woven polypropylene geotextile.

    Provides both moisture proofing and water resistance benefits while creating a strong bond of the asphalt layers over the tack coat surface. This bond ensures that the reinforcing geogrid is in a position to effectively accept and distribute tensile stresses.

    What are Geogrids?

    Geogrids are geosynthetic material made from polypropylene, polyethylene or polyester. They are used in several civil engineering related applications to provide ground reinforcement.

    Qijie geogrids are manufactured from the extrusion, weaving or welding of a polymer to form open aperture products of varying strength, strain and load carrying capability for applications of soil reinforcement. Generally geogrids have a primary strength in one direction only (uniaxial geogrids) although in certain applications the strength may be equal in both directions of the product (biaxial geogrids). Geogrids work by interlocking with the granular or soil material placed over them. The open apertures of the geogrid allows for confinement of the material within, thereby increasing the shear strength of such materials.

    Biaxial Geogrids

    In the application of base reinforcement in pavements there is the design intention of improving the bearing capacity of an existing sub-grade by including one or more geogrid layers above. The inclusion of a biaxial geogrid generally permits a reduction in granular base course thickness.

    In some situations, there may be a requirement to increase the service life of the pavement by the inclusion of a geogrid for a fixed pavement depth.

    Qijie offer Secugrid® biaxial geogrids in a range of strengths between 20kN/m to 80kN/m and Combigrid® geogrid/geotextile composite in the same strength grades.

    Uniaxial Geogrids

    The ACEGrid® high performance geogrid range, are engineered products for applications of short term and long soil reinforcement. The product is woven with strength in both the roll length direction (commonly called the machine direction-mD) and with strength manufactured in the cross roll direction (commonly called the cross direction-CD). Generally the strength of the product will be dominant in one direction of the roll (normally the mD) with sufficient strength in the other direction of the fabric (normally CD) such that the fibres are dimensionally stable and the roll may be easily deployed.

    Plastic Mesh Netting Specifications:

    Index Properties

    Test Method

    Unit

    GG1515

    GG2020

    GG3030

    GG4040

    MD TD

    MD TD

    MD TD

    MD TD

    Polymer

    --

    --

    PP

    PP

    PP

    PP

    Minimum Carbon Black

    ASTM D 4218

    %

    2

    2

    2

    2

    Tensile Strength@ 2% Strain

    ASTM D 6637

    Kn/m

    5 5

    7 7

    10.5 10.5

    14 14

    Tensile Strength@ 5% Strain

    ASTM D 6637

    Kn/m

    7 7

    14 14

    21 21

    28 28

    Ultimate Tensile Strength

    ASTM D 6637

    Kn/m

    15 15

    20 20

    30 30

    40 40

    Strain @ Ultimate Strength

    ASTM D 6637

    %

    13 10

    13 10

    13 10

    13 10

    Structural Integrity plastic geogrid

    Junction Efficiency

    GRI GG2

    %

    93

    93

    93

    93

    Flexural Rigidity

    ASTM D 1388

    Mg-cm

    700000

    1000000

    3500000

    10000000

    Aperture Stability

    COE Method

    mm-N/deg

    646

    707

    1432

    2104

    Dimensions bx geogrid

    Roll Width

    --

    M

    3.95

    3.95

    3.95

    3.95

    Roll Length

    --

    M

    50

    50

    50

    50

    Roll Weight

    --

    Kg

    39

    50

    72

    105

    MD denotes Machine direction. TD denotes transverse direction. plastic geogrid

    Item

    TGSG15-15

    TGSG20-20

    TGSG25-25

    TGSG30-30

    TGSG35-35

    TGSG40-40

    TGSG45-45

    Longgitudinal Tensile strength ≥ (KN/m)

    15

    20

    25

    30

    35

    40

    45

    Transverse Tensile strength ≥ (KN/m)

    15

    20

    25

    30

    35

    40

    45

    Longitudunal Elongation ≤ (%)

    15

    Transverse Elongation ≤ (%)

    13

    Longitudinal Tensile strength
    at 2% strain ≥ (KN/m)

    5

    7

    9

    10.5

    30

    30

    30

    Transverse Tensile strength
    at 2% strain ≥ (KN/m)

    5

    7

    9

    10.5

    30

    30

    30

    Longitudinal Tensile strength
    at 5% strain ≥ (KN/m)

    7

    14

    17

    21

    24

    28

    32

    Transverse Tensile strength
    at 5% strain ≥ (KN/m)

    7

    14

    17

    21

    24

    28

    32

    Width ≤ (m)

    6

    Item

    GSJ30- 30

    GSJ35- 35

    GSJ50- 50

    GSJ80- 80

    GSJ100 100

    GSJ125-

    125

    GSJ150-150

    Limit tensile strength (MD or TD) KN/M

    ≥30

    ≥35

    ≥50

    ≥80

    ≥100

    ≥125

    ≥150

    The elongation at nominal %

    ≤13

    ≤13

    ≤13

    ≤13

    ≤13

    ≤14

    ≤14

    The elongation at 2%nominal Tensile strength (MD or TD) KN/M

    ≥10

    ≥12

    ≥17

    ≥28

    ≥35

    ≥43

    ≥52

    The tensile force at 5% elongation (MD or TD) KN/M

    ≥20

    ≥24

    ≥34

    ≥56

    ≥70

    ≥86

    ≥104


    Plastic Mesh Netting​ Feature:

    •High Tear Strength
    •Flexible and durable
    •Excellent Creep Resistance
    •UV resistance
    •Cost effective
    •High chemical and biological resistance
    •High Tensile Strength and Low Elgongation
    •Optimun stability of the junction strength of the grid
    •Increased pull-out resistance and compound strength
    •High resistance to installation damage and ease of installation

    When used for ground stabilization and soil reinforcement applications, geogrids:

    • Reduce aggregate layer thickness by up to 50% in unpaved roadways with no performance loss than a standard unstabilized design.

    • Increase the life of your road and pavements by reducing the annual maintenance budget, for asphalt course replacement, by over 50%.

    • Increase the bearing capacity of weak subgrades, providing enhanced safety and more outstanding seismic durability by stabilizing slopes and increasing soil strength.

    • Improve bearing capacity on railway projects and stabilize the rail ballast and track bed, improving performance by limiting the rail ballast movement and displacement. Less maintenance is required over the railway line's lifetime and decreases the amount of foundation material required by up to 30%.

    • Provide an excellent alternative to poured concrete for load transfer and working platforms where the subgrade is soft, reducing differential settlement.

    Making an informed decision for the use of geogrids in your next project can be challenging based on the numerous variables and options at your disposal. We are here to help you make the right choice when choosing your next geogrid for your next project. So no matter what your sitework challenge might be, we can help you decide which kind of geogrid will be best for you.

    Plastic Mesh Netting Application:

    1. Reinforcement and Stabilisation of earth fencing walls, railways, highways and water conservation projects;

    2. Reinforcement of road foundations;
    3. Retaining walls;
    4. Road slope repair and reinforcement;
    5. Be used in noise barriers construction.

    • Optimize the pavement section to provide maximum initial cost savings: typically 10% - 20%

    • Maintain an existing pavement design but “beef it up” with a geogrid to extend its design life: typically 2-to-6 fold

    • Develop a cost-neutral solution, i.e., provide some design life extension while ensuring there is no additional cost resulting from the use of the geogrid

    Uniaxial Geogrid are highly resistant to installation damage and long-term chemical/biological deterioration because they are created from exclusive grades of high-density polyethylene (HDPE) resins. Due to the inert properties of HDPE resins, Uniaxial Geogrids have shown no degradation in materials with pH levels as high as 12. This means they can be installed with a variety of backfill materials including recycled concrete and on-site soils.

    Plastic Mesh Netting Packing & Delivery:

    Item

    Roll Size

    Load quantity of 1 X 40' hq container

    20 Kn X 20 Kn

    width 3.95 m * length 50 m

    220 rolls, 43450 Sq. m

    30 Kn X 30 Kn

    width 3.95 m * length 50 m

    144 rolls, 28440 Sq. m

    40 Kn X 40 Kn

    width 3.95 m * length 50 m

    90 rolls, 17775 Sq. m

    50 Kn X 50 Kn

    width 3.95 m * length 50 m

    60 rolls, 11850 Sq. m


    Delivery Time: 3-15 days
    Sample Time: 1-3 days
    Payment Methord: T/T, L/C, Western Union or as per negotiate

    Quality ASTM D4595 Plastic Mesh Netting TE FGP TE FGC Fiberglass Geogrids for sale
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