Products

ALUMINUM CLADDING PANEL

Lightweight, durable panel made of aluminum and polyethylene compound, coated with an advanced fluorocarbon paint, polyvinylidene fluoride (PVDF), designed to be excellent material for exterior and interior cladding of building façade as well as retrofit application.

Applications:

• Interior and exterior material of building
• Structuring exhibition halts
• Thermal insulation, soundproofing, and vibration-proofing of home appliances
• Advertisement board
• Wall and ceiling of subway station
• Bath, washroom and simple frame wall

Advantages:

• High degree of levelness preserves fine architectural designs
• Ability to be roller bended to suit various design shapes
• Ensures excellent durability of the surface finish

Sector/s:

• Architecture
• Building

WOOD VENEERS AND WOOD LAMINATES

Veneer in woodworking refers to thin slices of wood (usually thinner than 3mm) that are then glued onto core panels to produce flat panels. Plywood consists of three or more layers of veneer, each glued with its grain at right angles to adjacent layers for strength.

Applications:

• Marquetry
• Flat panels for doors, tops, cabinets, parquet floors, and parts of furniture
• Veneer beading as a thin layer of decorative edging placed around objects such as jewelry boxes

Sector/s:

• Architecture
• Building

WATERPROOFING MATERIALS

It is use in the structures so that it remains relatively unaffected by water or resisting the ingress of water under specified conditions. Such items may be used in wet environments or under water to specified depths.

Sector/s:

• Architecture
• Building

COCONETS

Erosion control nets are made of coconut fibers that offer a variety of benefits. The nets are ideal for protecting seeds and planted materials, and provide optimum conditions for establishing plant growth

Applications

• Erosion Control

Advantages

• Prevention of soil loss due to water wind
• Elimination of sediment run-off
• Conserves the productivity of the soil

COCOMATS

Tightly woven coconut fiber used for surface stabilization for erosion control. The Cocomats are available in various weave patterns for proper selection of weave opening aperture for vegetation growth and erosion control

Applications

• Erosion Control

Advantages

• Conserves the productivity of the soil

COCOLOGS

Densely packed rolls of coconut fibers, a natural planting medium, held together with a mesh of either coir neting, poly ropes, or coconut fiber mesh reinforced with sisal twines

Applications

• Soil Erosion
• Soil Stabilization

Advantages

• Permits vegetative growth

VETIVER GRASSES

Because Vetiver’s roots have a high tensile strength, vetiver grasses can effectively protect slopes, stop or significantly reduce the risk of slippage, and prevent downstream water contamination. The combination of slippage prevention (mass wastage of soil) and its sediment filtering ability results in very clean water moving down the catchment

Applications

• Helps to stabilize soil
• Erosion control
• Water management

Advantages

• Low cost
• Reduces slope hydraulic pressures through the removal of water

Highly drought tolerant

GABIONS

Flexible, permeable, durable, and economical. Gabions are rectangular wire cages made from flexible, heavily galvanized double twisted wiremesh and filled with boulders, gabions are used as multipurpose solutions in different environments that may require protection.

Applications

• Flood and Landslide control
• Slope stabilizationand reinforcement
• Slope protection
• Erosion Control
• Landscaping
• Protective and Aesthetic Fencing

Advantages

• Unlike conventional structures, gabions can deform or bend without losing its structural efficiency
• The gabion’s combined drainage and retention functions make them ideal structures for slope stabilization
• Gabions are heavy, monolithic units able to withstand earth thrust, with its efficiency increasing with age as silt and soil collect in the voids allowing vegetation to establish itself on it
• Requires little maintenance, only requires the surface to be reasonably plane therefore minimizes foundation preparation, no drainage provision required as they are naturally permeable, and simple structure does not require skilled labor.
• Environmentally sensitive solution to slope stabilization. The natural boulders in gabion system make it naturally porous that allow interaction between land and the water table and induce deposition of soil in the smaller voids between the boulder fill during drainage that again promote vegetation growth.

MATTRESSES

Where scouring is heaviest, Mattresses are used when height and bulk are not needed, and are thinner versions of the gabion but with a wider area of coverage.

Applications

• Riverbank linings and beds where scouring is heaviest

Advantages

• Unlike conventional structures, mattresses can deform or bend without losing its structuralintegrity
• The stone fill allows the water to seep through the structure while retaining the soil, therefore no additional drainage is required to relieve the hydrostatic pressures.
• Mattresses are heavy, monolithic units able to withstand earth thrust, with its efficiency increasing with age as silt and soil collect in the voids allowing vegetation to establish itself on it
• Requires little maintenance, only requires the surface to be reasonably plane therefore minimizes foundation preparation, no drainage provision required as they are naturally permeable, and simple structure does not require skilled labor.
• Environmental friendly product. The voids in the boulders fill will be gradually filled with silt that will promote vegetation growth.

GROUNDMESH SYSTEM

Stabilize slopes and earth embankments with our Groundmesh System. A combination of earth and armoring reinforcement system, the groundmesh system made of double twisted wire or geosynthethic reinforcement such as geogrids was designed to be permeable, flexible, versatile, and ecological.

Applications

• Soil Reinforcement
• Mechanically stabilized earth (MSE) walls
• Reinforced slope systems (RSS)
• River bank stabilization
• Erosion Control

Advantages

• Allowing the structure to bear differential ground settlement without compromising structural integrity
• Permeability of the front face ensuring drainage of the backfill
• Allowing the construction of a structure with vertical, battered or stepped front face as required and minimization of environmental impact.
• Ease of construction.
• Reducing environmental impact through the use of vegetation incorporated into the front face of the structure.

ROCKFALL NETTING

Reduce risks of injury or damage; our rockfall netting is a protection method designed to prevent moving rocks from reaching the roadbed.

Applications

• Prevent rocks from falling in road ways, project area, etc.
• Slope protection
• Channel and ditch linings
• Reservoir embankments and spillways
• Culvert inlets and outfalls

Advantages

• Reduce risk of injury or damage. The mesh does not secure loose debris in place but rather retains it between the slope and the mesh, allowing it to roll to the foot of the slope without risk of injury or damage
• Unlike conventional structures, rockfall netting can deform or bend without losing its structural efficiency
• Superior corrosion
• Non-raveling design
• Reduce sediment concentration and soil loss
• Excellent performance in strength even under high velocities

Economical. Ease of installation.

NON-WOVEN GEOTEXTILES

Made from polypropylene or polyester fibers that are tangled together in a needle-punching process.

Applications

• Subsurface Drainage Filter
• Asphalt Overlay Fabric
• Separation
• Soil Stabilization
• Cushion Layer
• Erosion Control

Advantages

• May reduce the need to use natural aggregate construction materials
• Excellent water flow rates make them an economical alternative to graded aggregate and sand filters
• Increase pavement life when used as asphalt overlay fabric by providing a solution to reflective cracking

Sectors

PP WOVEN GEOTEXTILES

Made from polypropylene tapes and yarns, woven geotextiles exhibit excellent chemical resistance to commonly encountered acids and alkalis

Applications:

• Soft Soil Stabilization
• Geotextile Bags and Tubes

Advantages

• May reduce the need to use natural aggregate construction materials
• Woven geotextiles offer greater mechanical strength per unit weight than non-wovens making them the ideal choice for soil stabilization applications

PET WOVEN GEOTEXTILES

Made of 100% high-tenacity, high molecular weight, multifilament polyester (PET) yarns

Applications

• Basal Reinforcement

Advantages:

• May reduce the need to use natural aggregate construction materials
• Deliver ultimate tensile strength properties
• Resistance to installation damage
• Exceptional creep resistance
• Low extension and soil interaction results to higher long term soil reinforcement applications

DRAINAGE MEMBRANES

Made from HDPE and used to create and air gap between the soil and structure that acts as a full capillary break between the structure and any ground moisture

Application

• Basements
• Tunnels

Advantages

• Air-gap allows any water seepage to flow freely to the perimeter footing drain which prevents water pressure build up against the structure

HIGH-DENSITY POLYETHYLENE (HDPE) GEOMEMBRANES

Relatively thin impervious sheets of HDPE and is used primarily for containment functioning as a liquid and/or vapor barrier

Applications

• Landfill
• Lagoons
• Secondary Containment

Advantages

• Cost effective
• Exceptional chemical and ultraviolet resistance properties
• Eliminates water loss

GEOSYNTHETIC CLAY LINERS (GCLs)

Rolls of factory fabricated thin layers of bentonite clay sandwiched between two geotextiles, needle punched together to increase internal shear resistance. When hydrated, it serves as an effective barrier for liquid or gas and is used in conjunction with geomembrane for landfill liner application or by themselves in geo-environmental and containment application.

Applications

• Lagoons
• Landfill
• Basement
• Tank Farm
• Retention Ponds
• Channel Liner
• Wastewater Treatment
• Secondary Containment

Advantages

• Versatile
• Cost-effective
• Ease of installation
• Low hydraulic conductivity
• Ability to self-repair
• Use less air space within the landfill

VAPOR BARRIERS

Reduce operating costs and increase energy efficiency with our vapor barriers. These serve to minimize moisture inflow caused by water vapor entering the concrete slab in contact with the soil beneath it, protecting floor coverings or electronic equipment that might be damaged from moisture moving upward through the concrete slab.

Applications

• Slab on grade
• Pavement
• Basement
• Floor insulation

Advantages

• Reduction of operating costs
• Insulation
• Increases energy efficiency

GEOFOAM

Alternative to fill-materials where a lightweight material is required to reduce load on underlying soils or lateral pressures to retaining walls. It can be produced to obtain the required compressive resistance while still being lightweight at approximately 1% of traditional earth material to produce a net zero load.

Applications

• Alternative to backfill

Advantages

• Lighter load can reduce settlements and improve stability against bearing and slope failures
• Accelerates construction by eliminating staged construction.

GEOCOMPOSITE DRAINAGE

Unique system made of a three-dimensional geonet and double-sided geotextile. The combination of geotextile (filtration) and geonet (drainage and protection) provides the complete “Filtration-Drainage-Protection” effect.

Applications:

• Drainage Blankets
• Foundation wall drainage
• Methane gas collection
• Pavement
• Roadway drainage
• Subsurface drainage

Advantages

• More effective and economic alternative to traditional granular based solutions
• Reducing construction time and associated costs

3D GEOMAT EROSION CONTROL MAT

Three-dimensional structural geosynthetic made from HDPE fibers. It is applied for soil conservation by preventing erosion of the topsoil from the force of water and wind.

Applications

• Erosion Control

Advantages

• Provides support for the plants due to wash-out of high water level and strong current.

GEOCELLS (CELLULAR CONFINEMENT SYSTEMS)

Three-dimensional honeycombed cellular structures that form a confinement system where infilled with compacted soil or aggregates. Made from HDPE strips welded together ultrasonically in series, the strips are expanded to form the stiff walls to hold the maintaining compaction and forms a stiffened mattress or slab that distributes loads over a wider area. The result is high bearing capacity even from inferior fill material, reduction of structural layer thickness and longer-term durability.

Applications

• Soft Soil Stabilization
• Erosion Control
• Slope Protection

Advantages

• Flexibility increases ease of transport and installation

GEOTEXTILE TUBES

Large tube-like structures made from geotextile with lengths up to several hundred feet. They are designed to be filled by hydraulic pumping of sand slurry. The water seeps out of the fabrics leaving the sand inside. After filling, they are oval in cross-section and become a flexible, monolithic, continuous structure.

*pre-sewn according to project specifications

Applications

• River and Marine protection
• Industrial Dewatering

Advantages

• Highly resistant to water currents

GEOTEXTILE BAGS

Relatively smaller sized bags of different sizes filled with suitable materials and used as replacement for rocks in river or marine protection application.

Applications

• River and Marine protection
• Industrial Dewatering

GEOGRID

Used to reinforce soils and similar materials. These are characterized by relatively high tensile strength and grid like apertures. Commonly used to reinforce retaining walls, as well as subbases or subsoils below road structures.

Applications

• Slope protection
• Soft Soil Stabilization
• Retaining walls
• Pavement
• Dams

Advantages

• Ease of construction
• Environment friendly
• More durable since it resists environmental attacks
• Economical

HEXAGONAL PVC NETTING REINFORCED 3D GEOMAT

It is a three-dimensional structural geosynthetic made from HDPE fibers reinforced by PVC Hexagonal Netting. It is applied for soil conservation by preventing erosion of the topsoil from the force of water and wind. It also provide support for the plants due to wash-out of high water level and strong current thereby increasing the greening area and improving the ecological environment.

It is installed by unrolling down the slope then pinned to the slope with J-pins at one meter spacing after which topsoil should be spread before any vegetation is placed.

GLASS FIBER GRID

Glass fiber grid is an interlayer reinforcement product. It is placed between the leveling layer or existing pavement and the new asphalt overlay, and becomes the hidden strength in the road. It retards reflective cracking by dissipating the horizontal stresses induced by the cracks.

SILT CURTAIN

Floating barriers used in marine construction, dredging, and remediation projects to control the silt and sediment in a body of water.

GUARD RAIL

Also referred to as guide rail or railing, these function as a system which includes the rail itself, the posts, the soil the posts are driven in, the connection of the guard rail to the posts, the end terminal, and the anchoring system at the end terminal. All these elements have a bearing on how the guard rail will function upon impact.

Application:

• Roadway safety and security

Advantages:

• Intended to keep people or vehicles from straying into off-limits areas
• In specific environments, may lessen severity of crashes and make roads safer
• In certain conditions, may work to deflect a vehicle back to the roadway, slow it down, or reduce it to a complete stop

WARNING & REGULATORY SIGNAGES AND CHEVRON

Signs erected at the side of or above roads to give instructions or provide information to road users.

Application:

• Roadway safety and security
• Give instruction and information

TRAFFIC SOLAR BLINKERS

For managing traffic, solar traffic blinkers are small, low-power devices. In place of conventional traffic lights, which run on electricity or batteries, this one runs on solar energy, which makes it a more environmentally friendly option. Blinkers are used to alert drivers to slow down and prevent accidents at risky locations like turns, school zones, unsigned intersections, and blind spots.

SOLAR ROAD STUDS

These lights main purposes are to direct traffic in the right direction and to warn oncoming vehicles to pay attention to the road ahead, especially in difficult conditions like rain or fog. Solar road studs dramatically improve traffic safety and reduce the collisions.