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BEVA ® BEVA Gabion Woven/Welded

Woven Gabion

BEVA ® BEVA Gabion Woven/Welded

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Wire with Galvanized Coating and Extra PVC

Superior Erosion Control Material

Which Gabion Is Right For You?

Woven Gabion

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Type

Gabion Box Hexagonal

Gabion Mattrass Hexagonal

Material

Heavy Galvanized

PVC Coated

Wire Diameter

Weave Wire

Heavy Galvanized

[2.7mm - 3.0mm]

[2.7mm - 3.8mm]

-

Tie Wire

Heavy Galvanized

[2.7mm - 3.0mm]

PVC Coated

[2.7mm - 3.8mm

Side Wire

Heavy Galvanized

[3.4mm - 4.0mm]

PVC Coated

[3.4mm - 4.6mm]

Certification

SNI 03-0090-1999

SNI 03-0090-1999

SNI 03-3046-1992

ISO 9001:2015

-

-

Welded Gabion

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Type

Gabion Box Hexagonal

Gabion Mattrass Hexagonal

Material

Zinc + Aluminum

Heavy Galvanized Carbon Steel

Wire Diameter

Wire Mesh

Zinc + Aluminum

[3.0mm - 5.0mm]

Heavy Galvanized Carbon Steel

[3.0mm - 5.0mm]

Tie Wire

Zinc + Aluminum

[3.0mm - 5.0mm]

Heavy Galvanized Carbon Steel

[3.0mm - 5.0mm]

Side Wire

-

-

-

-

Certifications

ISO 9001:2015

SNI 03-3750-1995

SNI 03-0090-1987

ASTM A974

BS 443

BS 1052:1986

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Project Reference

Project BEVA Gabion

BEVA Gabion Trans-Sumatra Toll Road Lampung

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Well Certified

SNI

SICS Integrated

SICS ISO 14001

SICS ISO 45001

SI K3

Bangga Buatan Indonesia

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BEVA Gabion Wire with Galvanized Coating and Extra PVC

BEVA Gabions are available in 2 selections: Woven and Welded.

Each of them specially designed to provide solid structural stability and strength for a wide range of engineering and construction applications.

Woven Gabion Heavy Galvanized

Woven wire with diameter starting from 2.7 mm to 3.0 mm and a minimum galvanized gram weight of 260–275 gr/m2.

Side wire with diameter starting from 3.4 mm to 4.0 mm and a minimum galvanized gram weight of 275–290 gr/m2.

Binding wire with diameter starting from 2.0 mm and a minimum galvanized gram weight of 240 gr/m2.

Woven Gabion PVC Coated

Woven wire with diameter starting from 2.7 mm (coated 3.8 mm) and a minimum galvanized gram weight of 260 gr/m2.

Side wire with diameter starting from 3.4 mm (coated 4.6 mm) with a minimum galvanized gram weight of 275 gr/m2.

Binding wire with diameter starting from 2.0 mm (coated 3.0mm) with a minimum galvanized gram weight of 240 gr/m2.

Welded Gabion Zinc + Alumunium

Wire diameters available from 3.0 mm to 5.0 mm, with mesh sizes of 50x50, 75x75, and 100x100, with a minimum galvanized of 180 gr/m2 + 10% aluminum.

Binding wire diameter of 3.0–5.0 mm and a minimum galvanized of 180 gr/m2 + 10% aluminum.

Welded Gabion Heavy Galvanized Carbon Steel

Wire diameter available from 3.0 mm with mesh sizes of 50x50, 75x75, and 100x100 with a minimum galvanized of 275 gr/m2.

Wire diameter available from 4.0 mm with mesh sizes of 50x50, 75x75, and 100x100, with a minimum galvanized of 290 gr/m2.

Wire diameter available from 5.0 mm with mesh sizes of 50x50, 75x75, and 100x100, with a minimum galvanized of 295 gr/m2.

Binding wire with diameter of 3.0 mm–5.0 mm and a minimum galvanized of 240 gr/m2

Superior Erosion Control Material Woven Gabion

With a proportional hexagonal pattern, tight winding between the side wire and woven wire prevents stretching and able to withstand loads from all directions. Available in two variants: Gabion Box and Gabion Mattrass.

Woven Gabion Box

Ukuran Bronjong Box Standar

Woven Gabion Matrass

Ukuran Mattras Box Standar

Welded Gabion

Each panel of steel wire mesh is connected by strong welding, shaping a solid square structure. As well as offering structural stability and strength, Welded Gabions can also give a sense of beauty to your project.

Eco-friendly

The use of gabions allows water flow and natural nutrient exchange between the soil, vegetation and surrounding environment. This allows plant to growth while maintaining the local ecosystem as a whole. On the other hand, concreting inhibits the movement of water and nutrients, so it cannot support the ecosystem at all.

The use of gabions is more flexible because they can be disassembled or removed, when restoration is needed, which reduces permanent construction waste. Compared to concreting which produces concrete waste that is very difficult to modify.

Installation of gabions is highly cost-efficient since they can be filled with rocks or other natural materials. Compared to concreting, gabions require less resources and energy, lower carbon emissions and minimize harmful environmental impact.