Detachable container houses in Sumatra and tropical rainy areas

(Palm oil plantations, coal mines, ports)

1) Can a detachable container house resist heavy rain and humidity in Sumatra?

Short answer:
Yes — a properly designed and factory-pretreated detachable container house can reliably resist Sumatra’s heavy rain and high humidity when it incorporates corrosion protection, waterproofing, thermal insulation, elevated foundations and controlled ventilation.

Technical explanation & practical measures:

• Corrosion protection: Use of galvanized steel structural frames (factory hot-dip galvanized or equivalent) is the primary defense against humidity-accelerated corrosion. In coastal or salt-laden air environments, an additional protective coating (epoxy primer + polyurethane topcoat) further extends service life.

• Waterproof envelope: Factory-prefabricated sandwich wall panels and sealed roof systems reduce field joint leakage. Roofs must have continuous flashing, sealed seams and designed drainage to avoid ponding.

• Thermal/condensation control: Insulated walls and roof (e.g., 50mm glass wool / rock wool or EPS options) reduce internal surface temperature differentials — this lowers condensation risk which otherwise leads to mold.

• Raised installation: Elevating modules on short stanchions or concrete piles prevents splash-back and ground moisture ingress during monsoons.

• Ventilation & moisture control: Combine passive cross-ventilation (PVC sliding windows with security bars) with targeted mechanical extraction or dehumidification in high-humidity zones (bathrooms, kitchens).

• Moisture-resistant interiors: 18mm MGO flooring, sealed junctions and moisture-resistant interior finishes inhibit mold growth and swelling.

WELLCAMP product fit & strengths:

• Galvanized steel structure — factory-treated to resist oxidation in tropical climates.

• 50mm sandwich panels (EPS / fireproof glass wool / rock wool) — recommended: glass wool or rock wool for better moisture stability in Sumatra.

• Roof assembly (0.476mm steel + 50mm glass wool + steel) — thermal + waterproof composite roof.

• PVC sliding windows & steel doors with proper sealing — good for ventilation control and weatherproofing.

• 18mm MGO board floor — superior to timber for damp climates.
  These elements together provide a sealed, insulated, and corrosion-resistant system suitable for Sumatra’s climate.

Operational recommendation: include a site-specific corrosion protection spec (e.g., upgraded galvanizing or extra coating) for coastal plantations and schedule routine inspections (paint touch-ups, seal checks) every 6–12 months in very humid sites.

2) How do you prevent rust and mold in high-moisture environments?

Short answer:
Prevent rust by combining galvanization, protective coatings, and controlled drainage; prevent mold by controlling moisture sources, using moisture-resistant materials, and ensuring ventilation and maintenance.

Detailed measures (rust prevention):

1. Material selection: Use hot-dip galvanized steel for primary load paths and external framing.

2. Surface protection: Apply factory epoxy primer + polyurethane finish (or equivalent) on external exposed members, especially for coastal projects.

3. Design details: Minimize crevices and water traps at connections; use through-bolts and sealed penetrations; specify stainless or coated fasteners where possible.

4. Drainage & separation: Elevate modules, design perimeter drainage, and avoid direct soil contact with steel elements.

5. Inspection & touch-up: Establish a scheduled maintenance program for repainting and treating scratches and welds.

Detailed measures (mold prevention):

1. Moisture-resistant interiors: Use 18mm MGO boards for flooring and moisture-resistant finishes on internal walls. Avoid untreated timber in wet zones.

2. Insulation & vapor control: Use appropriate sandwich panels (glass wool/rock wool) plus a vapor barrier on the warm side to prevent internal condensation.

3. Ventilation & HVAC: Provide natural ventilation and mechanical extraction in wet areas; install dehumidifiers/A/C for long-term camp accommodation.

4. Plumbing design: Isolate wet lines, use proper traps and ensure quick repair of leaks.

5. Cleaning & hygiene: Adopt cleaning regimes and rapid remediation procedures for any detected mold.

WELLCAMP capability:

• Factory production and QA reduce site workmanship defects that often lead to water ingress.

• Our panel choices (50mm glass wool/rock wool) and MGO flooring are specifically selected to minimize mold risk.

• WELLCAMP’s QA system (material inspection, structural tests, corrosion resistance checks) ensures components leave factory ready for tropical deployment.

3) Can the structure handle frequent transportation between plantation sites?

Short answer:
Yes — detachable container houses designed for modular assembly/dismantling and robust connections can withstand repeated transport cycles if engineered for handling loads, protected during transit, and maintained after reassembly.

Technical considerations for repeat relocation:

• Structural robustness: The frame must be designed for lifting, stacking and handling stresses. Galvanized steel frames with reinforced lift/connection points are required.

• Connection details: Use durable bolted connections and standardized splice plates to allow reliable disassembly and reassembly without degrading joint performance.

• Protection during transport: External components (windows, doors, panels) should be packed or secured; exposed welds/paint should be protected to avoid corrosion initiation.

• Tolerance to handling: Design panels and connections with tolerances that avoid deformation during forklift/crane operations.

• Maintenance cycle: After each relocation, inspect bolts, seals, paint, and panel joints; replace gaskets and touch up coatings where required.

WELLCAMP product fit & logistics advantage:

• Our detachable design is intended for reuse: frames are hot-dip galvanized and connection points are engineered for multiple cycles.

• High packing efficiency (15 units / 40HQ) lowers per-unit shipping cost and reduces the number of handling events required to move a given camp size across islands.

• WELLCAMP’s 40,000㎡ factory and automated production lines allow rapid supply of replacement panels/parts if wear occurs during frequent relocations.

Practical limits & best practice:

• While units are designed for reuse, recommend documenting the number of relocations and implementing preventive maintenance after each move. With proper handling and maintenance, units can be relocated many times without structural compromise.

4) Is it possible to build a labor camp near palm oil factories using detachable houses?

Short answer:
Absolutely — detachable container houses are a practical, fast, and cost-effective solution for labour camps near palm oil factories, provided the installation is adapted to local site conditions (drainage, access, safety and worker comfort).

Site-specific considerations for plantation camps:

• Access & logistics: Ensure road or barge access for transporting modules; use Flat Pack / detachable units to ease island/plantation transport.

• Site preparation: Provide elevated foundations or compacted pads to avoid seasonal flooding and mud; plan drainage channels to handle heavy rains.

• Worker welfare: Design interior layouts for dormitories with adequate ventilation, sanitary blocks, mess halls and medical rooms; include insect control measures and shaded communal areas.

• Safety & compliance: Electrical installations, fire safety, potable water and sewage systems must comply with local safety regulations and the client’s HSE standards.

WELLCAMP advantages for plantation camps:

• Detachable & modular units facilitate phased camp expansion as workforce size changes.

• Material choices (galvanized frames, insulated wall panels, MGO floors) reduce maintenance in wet plantation environments.

• High transport density (15 units/40HQ) cuts shipping costs to plantation jetty/port.

• Turnkey capability: WELLCAMP can supply modules, coordinate logistics, and provide on-site technical supervision or local training for assembly.

Recommendation: combine WELLCAMP modules with local site works (raised plinths, gravel access roads, septic systems) to create durable, hygienic and comfortable labour camps that meet both employer and worker expectations.

Detachable Container Houses in Java’s Industrial and Urban Construction Zones

(Jakarta, Surabaya, Bandung)

1) Are detachable container houses safe in earthquake-prone areas like Java?

Short answer:
Yes — detachable container houses are safe when designed with proper steel structures, seismic connections, and flexible foundations. WELLCAMP’s modular units meet or exceed international standards for structural integrity under seismic loading.

Technical explanation:

• Structural integrity: The galvanized steel main frame provides a continuous load path, distributing seismic forces uniformly through columns and beams.

• Lightweight structure: Compared with reinforced concrete, steel modular structures have lower mass, which reduces earthquake-induced inertia and risk of collapse.

• Ductile joints: Bolted connections and pre-engineered joints allow the building to absorb and dissipate seismic energy without brittle failure.

• Panel behavior: Insulated sandwich panels (EPS, glass wool, or rock wool) are non-structural infills; they do not affect the frame’s seismic response and can be easily replaced if damaged.

• Foundation flexibility: Using bolted or screw pile foundations allows for slight ground movement without transferring destructive forces to the structure.

WELLCAMP strengths:

• Factory-engineered steel frame systems with anti-seismic design verification.

• Each unit undergoes structural and connection testing to ensure frame stability.

• ISO9001:2015 and CE-certified production quality control.

• Proven record of installations in earthquake-prone regions such as Turkey and Indonesia.

Recommendation:
For high-risk zones in Java, use rock wool panel walls for added rigidity and fire resistance, and install modules on steel pile foundations to mitigate soil liquefaction effects during earthquakes.

2) Can we customize interior layouts for offices and worker housing in factory zones?

Short answer:
Yes — WELLCAMP detachable container houses are modular and fully customizable. Interior layouts can be tailored for office, dormitory, canteen, or mixed-use spaces according to factory zone requirements.

Technical explanation:

• Flexible modular design: Each unit can function independently or be combined horizontally and vertically.

• Interior partitioning: Panels and partitions can be added or removed to create open-plan offices, meeting rooms, or worker dormitories.

• Utility integration: Electrical, water, and HVAC systems are pre-installed or pre-piped for easy layout adaptation.

• Finishing options: Vinyl flooring, ceiling finishes, lighting, air-conditioning, and furniture layouts can be adjusted to corporate or project branding.

WELLCAMP strengths:

• In-house design team provides layout drawings and 3D visualization before production.

• Large-scale manufacturing allows bulk customization without long lead times.

• Over 20 years of experience supplying office and labor camp configurations for factories and contractors across Asia and the Middle East.

Recommendation:
For factory zones in Jakarta, Surabaya, or Bandung, use combined units — e.g., two 20ft modules for offices and four 20ft modules for dormitories — with integrated MEP systems for efficient power and water connection to existing factory utilities.

3) What foundation is needed on soft soil or reclaimed land near Jakarta?

Short answer:
On soft or reclaimed land, detachable container houses should be installed on lightweight, adjustable, and non-settling foundations such as steel screw piles, concrete piers, or reinforced footings depending on site conditions.

Technical explanation:

• Load characteristics: Modular container houses distribute loads evenly (typically <1.5 tons/m²). This allows use of simple foundations with minimal excavation.

• Screw piles: Ideal for soft or reclaimed soil — quick installation, adjustable height, and minimal vibration.

• Concrete piers or blocks: Suitable for temporary camps on stable subsoil; they provide elevation and drainage clearance.

• Reinforced slab: Recommended for long-term installations with heavy equipment or multi-story structures.

• Drainage & waterproofing: Always integrate site drainage channels and waterproof membranes to prevent moisture accumulation below the unit.

WELLCAMP strengths:

• Provides foundation design guidance tailored to local soil reports.

• Can supply steel pile systems pre-fabricated for rapid assembly.

• Structural engineers ensure proper load transfer between foundation and modular frames.

Recommendation:
For Jakarta’s reclaimed and lowland zones, WELLCAMP recommends screw pile foundations with adjustable base plates — ensuring long-term stability even under seasonal flooding or soil settlement.

4) How easy is it to relocate these houses when the project moves?

Short answer:
Extremely easy — detachable container houses are designed for multiple assembly and relocation cycles. They can be disassembled, transported, and reassembled with minimal material loss or structural wear.

Technical explanation:

• Bolted frame system: All major joints use bolts rather than welds, enabling quick dismantling.

• Panelized components: Walls, roofs, and floors can be removed and reinstalled without damaging insulation or finishes.

• Logistics efficiency: Each 40HQ container can transport up to 15 units, minimizing shipping costs during relocation.

• Durability: Galvanized steel and modular design ensure long lifespan even with frequent reassembly.

WELLCAMP strengths:

• Proven experience in mobile camps for oil, gas, and construction projects across Indonesia and Southeast Asia.

• Detailed assembly manuals and training support for local installation teams.

• Structural design tested for multiple relocation cycles (assembly–dismantle–reassembly).

Recommendation:
For contractors with short-term or mobile projects in Java’s industrial zones, detachable houses offer major advantages — fast relocation, low reinstallation costs, and minimal environmental footprint.

5) Is it cheaper than renting traditional buildings for temporary office setups?

Short answer:
Yes — over a project lifecycle of 2–5 years, detachable container houses are typically 30–50% more cost-efficient than renting or constructing traditional office buildings.

Cost comparison:

WELLCAMP advantages:

• Large-scale manufacturing → competitive pricing.

• Reusable modular design → cost recovered after multiple relocations.

• Durable lifespan (15+ years) → long-term value for contractors and factory operators.

• Proven financial efficiency in Java industrial parks and infrastructure projects.

Recommendation:
For clients in Bekasi, Surabaya, or Karawang industrial zones, detachable offices reduce setup cost and time dramatically, while maintaining comfort and professional appearance for project management and workforce use.

Conclusion

In Java’s dense industrial and construction environment — marked by earthquakes, soft soil, and frequent relocations — WELLCAMP’s Detachable Container Houses deliver safety, flexibility, and cost efficiency.
From seismic-resistant steel frames to modular interior customization, our solutions are engineered for fast deployment and long-term performance across Indonesia’s evolving infrastructure landscape.

Detachable Container Houses for Remote Mining and Forestry Camps in Kalimantan

1) Can detachable container houses be transported easily into remote mining sites?

Short answer:
Yes — detachable container houses are ideal for remote and hard-to-access locations such as mining or forestry camps in Kalimantan. Their modular, flat-packed design enables efficient land and sea transport, even through limited infrastructure routes.

Technical explanation:

• Compact packaging: All components (steel frames, wall panels, roof systems, and fittings) are prefabricated and packed flat for shipment.

• Easy handling: Each component can be manually unloaded using forklifts or light cranes — perfect for sites without heavy equipment.

• Fast assembly: Each unit can be installed in 3–4 hours by a trained team, minimizing on-site labor needs.

• Flexible transport routes: Units can be shipped by 40HQ container to ports such as Balikpapan, Samarinda, or Pontianak, and then trucked to mining or plantation camps inland.

WELLCAMP strengths:

• Over 20 years of global export experience, including large-scale mining camps in Indonesia and Australia.

• Professional logistics coordination team familiar with remote island deliveries.

• Factory-prefabricated kits with detailed installation manuals and labeled parts.

Recommendation:
WELLCAMP detachable houses are especially suitable for coal, nickel, and logging camps in Kalimantan, where accessibility and rapid setup are critical.

2) How many units can fit in one 40HQ container for shipment to Kalimantan?

Answer:
Each 40HQ shipping container can carry up to 15 detachable container house units — thanks to WELLCAMP’s optimized flat-pack system.

Technical explanation:

• Each unit’s steel frame, wall panels, roof panels, and accessories are precisely dimensioned to reduce space wastage.

• High-density packing minimizes freight cost per square meter, significantly lowering total logistics expense for large projects.

• This efficiency allows the construction of worker camps of 100+ rooms within a few shipments — an advantage in locations where shipping costs and port handling fees are high.

WELLCAMP strengths:

• Advanced automated production lines guarantee consistent sizing for perfect stacking and compact shipment.

• Export packaging meets marine transport standards, ensuring no corrosion or damage during sea voyage to Kalimantan ports.

Recommendation:
For large-scale mining or forestry projects, plan shipments in multiples of 15 units per 40HQ to optimize both freight and installation scheduling.

3) Are they suitable for high-temperature and dusty mining environments?

Short answer:
Yes — WELLCAMP detachable container houses are engineered to perform reliably in extreme heat, dust, and dry conditions common in Kalimantan’s mining areas.

Technical explanation:

• Thermal performance: The wall system (50mm EPS / 50mm Glass Wool / 50mm Rock Wool Sandwich Panels) and insulated roof (0.476mm steel sheet + 50mm glass wool + steel sheet) minimize heat transfer, maintaining interior comfort even in 35–40°C conditions.

• Corrosion resistance: The galvanized steel frame provides long-term protection against rust caused by humid and dusty air.

• Dust control: Tight-sealed window and door frames reduce dust infiltration; PVC sliding windows allow ventilation without excessive dust entry.

• Fire safety: Rock wool panels provide superior fireproofing in high-risk industrial environments.

WELLCAMP strengths:

• Materials tested under ASTM and ISO standards for thermal and corrosion resistance.

• Proven performance in coal and nickel mining camps across Kalimantan and Papua.

• Optional roof ventilation systems and reflective coatings for enhanced heat dissipation.

Recommendation:
For hot and dusty mining regions like Samarinda and Kutai Kartanegara, WELLCAMP recommends using rock wool sandwich panels and installing roof vents for optimal air circulation.

4) Can the water system and power supply be integrated off-grid?

Short answer:
Yes — detachable container houses can be fully adapted for off-grid operation with integrated water, power, and waste systems.

Technical explanation:

• Water system: Units can connect to external tanks, bore wells, or portable filtration systems. Internal plumbing allows for hot and cold water distribution.

• Power supply: Electrical systems are compatible with diesel generators, solar panels, or hybrid setups.

• Sewage and drainage: Optional septic tanks and greywater treatment units can be connected for remote installations.

• Lighting and equipment: Energy-efficient LED fixtures and low-consumption appliances reduce total power demand.

WELLCAMP strengths:

• Can supply prefabricated MEP (Mechanical, Electrical, Plumbing) modules with plug-and-play connection.

• Provides engineering design support for solar or generator integration.

• Proven installations in off-grid camps for oil, gas, and mining sectors.

Recommendation:
For remote coal and nickel mining zones in Central and East Kalimantan, consider a solar-diesel hybrid system paired with WELLCAMP container houses — a sustainable, cost-effective off-grid solution.

5) How often can the structure be reused after dismantling and relocation?

Short answer:
WELLCAMP detachable container houses are designed for multiple reuse cycles — typically 5–10 relocations over a 15+ year lifespan.

Technical explanation:

• Bolted connections enable easy dismantling and reassembly without structural fatigue.

• Durable materials: Galvanized steel and high-quality panels retain performance after repeated installations.

• Minimal damage rate: Factory-prefabricated components maintain precision alignment even after multiple moves.

• Cost advantage: Reusability greatly reduces total lifecycle cost compared to permanent construction or temporary rentals.

WELLCAMP strengths:

• Proven record of multi-phase mining camp relocations in Indonesia and Africa.

• Detailed assembly and packing documentation ensures smooth dismantling and reinstallation.

• Customer feedback confirms that frames and panels remain stable after many years of reuse.

Recommendation:
For mining companies with project-based operations — moving from exploration to production — detachable container houses are the best long-term investment due to their durability, relocatability, and cost savings.

Conclusion

In Kalimantan’s remote and demanding environments — from coal mines to forest camps — WELLCAMP Detachable Container Houses offer a proven balance of mobility, strength, and comfort.
Their modular structure, rust-resistant steel, thermal insulation, and off-grid compatibility make them the ideal housing solution for Indonesia’s growing resource sectors.

👉 WELLCAMP – Reliable Modular Housing for Remote Operations.

Detachable Container Houses for Coastal and Nickel Mining Projects in Sulawesi

1) Will sea breeze and salt corrosion damage the steel structure over time?

Short answer:
Not when the structure is properly galvanized and protected. WELLCAMP Detachable Container Houses are specifically engineered to resist salt corrosion, humidity, and sea breeze exposure common along Sulawesi’s coastline.

Technical explanation:

• Galvanized steel frame: Each WELLCAMP unit uses fully hot-dip galvanized steel with anti-rust coatings on every beam and column. This process provides a zinc protective layer that prevents oxidation and rust formation caused by salty air.

• Anti-corrosion coatings: Additional powder or epoxy coatings are applied to enhance protection against the chemical effects of seawater and salt mist.

• Sealed joints: All frame connections are sealed with waterproof gaskets to prevent saltwater intrusion into structural joints.

• Longevity: Even in coastal conditions, the structure maintains strength and stability for 15+ years with minimal maintenance.

WELLCAMP strengths:

• Factory-level corrosion testing simulates coastal humidity and salt exposure.

• Verified long-term performance in Middle East desert and coastal projects.

• CE, TUV, ASTM, and ISO9001:2015 certified steel system for international durability standards.

Recommendation:
For high-salt regions like Morowali and Konawe (nickel industrial zones), WELLCAMP recommends extra anti-corrosion coating and elevated installation platforms to prevent moisture accumulation beneath the structure.

2) How does WELLCAMP protect the house from coastal humidity and rust?

Short answer:
By using multi-layer protection systems, combining anti-corrosion steel, insulated wall panels, and moisture-resistant finishes to ensure both exterior and interior durability.

Technical explanation:

• Wall system: 50mm Glass Wool or Rock Wool Sandwich Panels provide superior resistance to humidity and condensation — preventing mold growth and water absorption.

• Roof insulation: The 0.476mm steel + 50mm glass wool + steel roof structure minimizes heat and condensation caused by temperature fluctuations near the sea.

• Windows and doors: PVC sliding windows with security bars and steel doors provide airtight sealing against humid air and coastal wind.

• Floor protection: 18mm MGO (Magnesium Oxide) board flooring resists moisture, mold, and corrosion — ensuring a clean, durable interior surface.

• Ventilation system: Optional exhaust fans and roof vents maintain airflow and reduce humidity inside.

WELLCAMP strengths:

• Decades of field experience in coastal labor camps and oil & gas sites.

• CE and BV-certified corrosion protection manufacturing process.

• Comprehensive material selection tested under tropical humidity.

Recommendation:
For projects along Kendari and Makassar, use rock wool wall panels and galvanized steel frames with powder coating for optimal anti-corrosion performance.

3) Can we combine detachable units with flat pack houses for mixed-use camps?

Short answer:
Yes — WELLCAMP specializes in hybrid modular camp designs, where Detachable Container Houses are combined with Flat Pack Container Houses to create complete and efficient site solutions.

Technical explanation:

• Integration flexibility: Detachable units are ideal for offices, canteens, and dormitories, while flat pack units can be used for storage, toilets, or guard rooms.

• Unified structure system: Both house types use standardized steel frames and panel systems, allowing them to be connected seamlessly through corridors or walkways.

• Electrical and plumbing compatibility: Both models share compatible MEP interfaces, ensuring easy integration of power, water, and drainage systems.

• Efficient transport and setup: Detachable houses (15 units/40HQ) and flat pack houses (12 units/40HQ) can be shipped together, maximizing logistics efficiency.

WELLCAMP strengths:

• Proven hybrid camp projects in nickel mining zones of Sulawesi and Halmahera.

• In-house design support for layout planning and modular integration.

• Fast on-site installation with unified parts and components.

Recommendation:
Use detachable houses for accommodation and offices, and flat pack units for auxiliary buildings, achieving both cost control and site flexibility in coastal construction zones.

4) What is the delivery timeline to ports like Kendari or Makassar?

Answer:
Delivery to Sulawesi ports typically takes 15–25 days depending on production volume and shipping schedules.

Process details:

1. Manufacturing: WELLCAMP’s 40,000㎡ factory ensures high-capacity production — standard orders (≤100 units) can be completed within 7–10 working days.

2. Packing & shipping: Units are securely packed in flat form; each 40HQ container holds up to 15 detachable units.

3. Sea freight:

   • To Makassar Port: approx. 7–10 days by sea.

   • To Kendari or Morowali Ports: approx. 12–15 days (including transfer from Surabaya or Batam).

4. Customs & unloading: WELLCAMP provides all export documentation and coordinates with local forwarding agents for smooth clearance.

WELLCAMP strengths:

• Experienced Indonesian logistics network for port-to-site delivery.

• On-time supply for multiple mining and industrial clients across Sulawesi.

• Flexible shipping schedules for urgent orders and phased camp construction.

Recommendation:
For large-scale nickel or coastal construction projects, WELLCAMP can stage production and shipment (e.g., 30 units per week) to synchronize delivery with foundation and site readiness.

5) Are these houses certified for safety and durability under Indonesian standards?

Short answer:
Yes — WELLCAMP Detachable Container Houses are fully compliant with international and Indonesian construction safety requirements for modular and temporary housing.

Technical explanation:

• International certifications: CE, TUV, ASTM, BV, SGS, and ISO9001:2015.

• Fire safety: Wall and roof insulation materials meet Class A fireproof standards.

• Structural safety: Frames and panels are tested for wind load resistance, seismic performance, and corrosion protection.

• Durability: Designed for a minimum lifespan of 15 years, with 5–10 relocation cycles possible.

• Local adaptation: WELLCAMP engineers customize load-bearing and drainage designs according to Indonesian environmental and building requirements.

WELLCAMP strengths:

• Long-term cooperation with Indonesian importers and EPC contractors.

• Engineering data and design documents available for SNI-based local compliance checks.

• Continuous innovation to meet regional regulations and tropical conditions.

Recommendation:
For official or industrial projects in Sulawesi’s Special Economic Zones (SEZs) or nickel refineries, WELLCAMP can provide technical documentation to support safety inspection and approval processes.

Conclusion

Sulawesi’s coastal and industrial expansion demands modular housing that can resist salt corrosion, high humidity, and extreme weather — while remaining fast to install and easy to maintain.
WELLCAMP Detachable Container Houses combine galvanized steel strength, anti-corrosion design, and modular flexibility to meet these challenges.

From Kendari’s nickel plants to Makassar’s port camps, WELLCAMP delivers durable, customizable, and certified housing — built to perform in Indonesia’s most demanding coastal environments.

👉 WELLCAMP – Coastal-Ready Modular Housing for Indonesia’s Industrial Future.

🚀 Your Reliable Partner for Prefab Camp Projects

WELLCAMP is more than a manufacturer — we are a global solution provider.

From camp planning, architectural design, and 3D layout visualization, to production, logistics, on-site guidance, and maintenance, we deliver one-stop Modular Building services.

Our engineering and support teams are experienced in handling complex environments, whether it’s a mining camp in a tropical forest, a Construction Site Office and Labour Camp in a remote island, or a Temporary Housing camp for disaster recovery.

With WELLCAMP, clients can be confident that every project — no matter how urgent or large — will be completed on time, within budget, and to the highest standards of quality and safety

Contact WELLCAMP for Rapid Relief and Camp Solutions

In times of disaster, every hour matters. WELLCAMP is committed to supporting global humanitarian and construction efforts with expandable and folding modular housing systems designed for speed, safety, and comfort.

📞 Contact us today to learn more about how WELLCAMP's Container House and Prefan House can support temporary housing, emergency relief, and reconstruction projects in the worldwide.

👉 Our team provides customized designs, quick delivery, and full-service support to help you build safe, efficient, and ready-to-use camps—anytime, anywhere.