Our Project

HDPE geomembrane served as a vapor barrier beneath the villa’s concrete foundation. It prevents ground moisture from rising into the slab and protects reinforcement steel. This increases structural durability.

HDPE geomembrane was used to prevent moisture migration into concrete slabs in Mandalika. It protects structural integrity and improves slab performance. This leads to longer-lasting construction quality.

HDPE geomembrane was applied beneath traditional roofing materials to stop rainwater infiltration. It protects the wooden structure and reduces long-term moisture damage. This solution preserves traditional architecture.

HDPE geomembrane was installed as a primary waterproof liner for an architectural water feature. It ensures leak prevention and long-term water retention. This supports both function and aesthetic value.

Torch-applied waterproofing membrane was used for a large pond system requiring high durability. The material provides UV and leak resistance. It is ideal for aquaculture and large-capacity water storage.

Geocells were used to shape and reinforce landform structures. They stabilize soil layers and adapt to natural contours. This ensures a robust and uniform landform surface.

Geocells reinforced the subgrade in industrial areas with heavy vehicle movement. They distribute loads and strengthen weak soils. This supports long-term pavement performance.

Geocells were applied for slope protection and landscape reinforcement. They prevent soil sliding and maintain planting stability. This is ideal for urban construction environments.

Woven Geotextile 250 GSM (PET) was used to strengthen the foundation soil across the GIK Kendal industrial zone. The material offers high stability against construction loads, preventing excessive settlement and improving overall ground performance. This reinforcement supports the reliability and longevity of large-scale industrial development in the region.

Woven geotextile 250 GSM was installed to enhance subgrade strength at Hang Nadim Airport in Batam–Riau. The material provides strong tensile capacity and effective soil stabilization, improving bearing capacity for the runway and surrounding construction areas. This application increases structural resilience and supports safe, long-term airport operations.

Geomat was installed to protect the surface of soil slopes in Kalimantan. The material helps hold soil particles in place, supports early-stage vegetation growth, and prevents initial erosion caused by rainfall and surface runoff. This solution is ideal for large-scale slope rehabilitation and long-term environmental protection.

Geomat was used to reinforce steep slopes along the main route in Karangasem, Bali. With its stronger structure and higher tensile performance, the geomat enhances vegetation stability and provides reliable protection against landslides. Its flexibility also allows safe and efficient installation on steep cliff areas.

Geomat was installed to stabilize the long coastal slopes at Planjan Cliff in Gunung Kidul. It protects against surface erosion from strong winds and rain while helping retain soil to support vegetation growth. This application strengthens the slope’s resilience and promotes long-term natural restoration.

Geotubes were installed as an effective dewatering system to separate water from sludge and sediment in Kalimantan project areas. The geotextile fabric allows water to filter out while retaining solids, significantly reducing the volume of liquid waste. This method offers high efficiency, large containment capacity, and is well-suited for large-scale industrial and environmental projects in Kalimantan.

Geotubes were used as erosion control structures along coastal and riverbank areas in Bali. By acting as a stable, high-capacity barrier, the system helps reduce wave impact, stabilize soil, and protect vulnerable shorelines. The combination of woven and non woven geotextile layers provides strength, durability, and resistance to hydraulic pressure, making Geotube an ideal solution for Bali’s coastal protection projects.

This project showcases the fabrication and stitching process of large Geotube units for dewatering applications in Riau. Each Geotube is produced using high-strength geotextile panels that are precision-stitched to ensure durability and uniform performance. The process includes strict quality control checks to ensure the final product can withstand field conditions before being delivered to the project site.

Geobox units were used to reinforce slopes in loose-soil areas of Kalimantan, providing strong erosion control and stabilizing embankments prone to landslides. The geotextile container structure helps retain soil while maintaining flexibility under varying loads. This solution offers reliable performance for slope reinforcement in regions with unstable ground conditions.

Geobox was applied along the riverbank in Balikpapan to prevent erosion caused by flowing water. The system provides a stable barrier that protects soil layers and reduces scouring along the river edge. With better adaptability compared to riprap or gabions, Geobox offers an efficient and practical solution for riverbank reinforcement.

Geobox units were installed along coastal areas in Bali to reduce abrasion and stabilize rocky shorelines. The geotextile sand container acts as a durable, eco-friendly alternative to traditional sandbags, offering resilience against wave impact and seawater exposure. This application helps preserve coastal areas and protect infrastructure near the shoreline.

Drainage cells were installed on a commercial rooftop in Jakarta to improve rainwater flow and prevent water pooling. The system helps protect the waterproofing membrane by distributing water quickly and evenly across the surface. With strong load-bearing capacity, the drainage layer ensures long-term performance for rooftop gardens and building structures.

A drainage cell system was applied beneath building structures in Bali to manage groundwater movement and reduce hydrostatic pressure. The solution improves sub-surface drainage, prevents water accumulation, and enhances overall soil stability. This application supports safer basement and ground-floor construction in high-moisture environments.

Drainage cells were installed across outdoor landscape areas in Balikpapan to enhance water infiltration and prevent surface flooding. The system promotes efficient and sustainable drainage while helping reinforce the soil layer beneath pathways and green areas. This solution supports long-term landscape durability, especially in high-rainfall regions.

Geobags were installed along the Kalimantan coastline to strengthen coastal protection in erosion-prone areas. The geotextile sand-filled units help absorb wave energy and reduce shoreline abrasion. This solution stabilizes vulnerable coastal areas while providing a more flexible and eco-friendly alternative to traditional coastal defenses.

Geobags were used to reinforce riverbanks in Riau, providing effective protection against erosion caused by flowing water. The system strengthens soil structure, reduces scouring, and maintains long-term stability along the river edge. This method offers a practical and durable solution for riverbank reinforcement in active construction zones.

Geobags were installed as a breakwater system along coastal areas in Bali to reduce wave force and prevent shoreline erosion. The flexible geotextile structures help safeguard beach areas while supporting ongoing coastal protection efforts in tourism zones. This solution enhances natural resilience and protects infrastructure near the shoreline.

A silt protector system was installed along the coastal work zone in Bali to prevent sediment dispersion during marine construction activities. The turbidity curtain helps maintain water clarity by reducing suspended particles and minimizing environmental impact. This solution protects marine ecosystems while ensuring compliance with coastal construction standards and environmental regulations.