DOUDEN CRETE : Permanent Grounding Resistance Reducer Solution Without Maintenance

Your Grounding Problem Is Costing You More Than You Think

Rocky soil. High resistance readings. Corroded electrodes every 3-5 years.

Your maintenance team keeps patching the same problem. Electrolytic salts wash away in the rain. Bentonite loses effectiveness. Copper rods corrode. Every fix is temporary.

Meanwhile, your operations face real risks:

Lightning damage to critical equipment
Electrical faults that shut down production
Safety violations that delay projects
Insurance premiums that keep rising

Learn why grounding is very important for electrical system.

What if you could reduce grounding system while also keeping it stable for 10+ years without maintenance?

DOUDEN CRETE : The Last Grounding Resistance Reducer You’ll Ever Need For Your Site

DOUDEN CRETE is a conductive cement compound engineered in Japan for permanent grounding resistance reduction.

It works where traditional methods fail. Rocky mountain sites. High-resistance soil. Petrochemical facilities. Transmission towers in remote locations.

Unlike chemical treatments that degrade, DOUDEN CRETE becomes stronger over time.

The secret: carbon fiber suspended in an engineered cement matrix. You get the durability of concrete with the conductivity of metal. It bonds permanently to soil. Water can’t wash it away. Temperature changes don’t affect performance. Acids and alkalis can’t corrode it.

Why Engineering Teams Choose DOUDEN CRETE

Installing DCS-10 into Grounding Rod

Performance That Solves Real Problems

✅ Ultra-Low Electrical Resistance: 0.08 Ω-m average (vs. 100-5,000 Ω-m typical soil). Achieves grounding resistance targets that other materials cannot reach.

✅ Zero Electrode Corrosion: Verified by 3-year field testing. Protects copper, aluminum, and steel grounding conductors. No rust. No replacement costs.

✅ Permanent Installation: 50+ year service life. Same durability as structural concrete. No reapplication. No maintenance schedules. No degradation.

✅ 80% Grounding Resistance Reduction: Laboratory-verified performance. Reduces resistance by up to 80% compared to untreated soil. Verified in high-resistance mountain terrain.

✅ Weather-Independent Stability: Performance remains constant across seasons. Moisture changes in soil don’t affect conductivity. Carbon fiber provides consistent electrical path regardless of humidity.

See this article how it works even without good soil

Compliance That Protects Your Investment

✅ IEC 62305-3 Compliant: Meets international lightning protection standards for low-impedance earth termination systems.

✅ IEEE Std 142-2007 Recognized: Classified as permanent conductive concrete solution (preferred over temporary chemical treatments).

✅ PUIL 2011 Compliant: Meets Indonesian electrical installation standards. Achieves <5Ω requirement for sensitive electronic equipment.

✅ SNI 04-0225-2000 Certified: Approved for Indonesian low-voltage electrical installations. Stable resistance across seasonal variations verified.

✅ API RP 545 Suitable: Approved for petrochemical tank farm grounding. Non-corrosive to tank structures and piping.

✅ NFPA 780:2020 Approved: Recognized electrode enhancement material for lightning protection systems.

✅ ATEX Zone Compatible: Safe for installation in hazardous areas (Zone 1 and Zone 2 with proper work permits). Cold application. No hot work. No spark generation.

Technical Excellence: Engineered by Sekisui Fuller Co., Ltd.

Surge Grounding Resistance Reducting Effect of DCS-10

Superior Material Properties

🔹 Electric Resistance: 0.2 Ω-m or lower (laboratory-verified: 0.08 Ω-m average)

🔹 Compressive Strength: 16.2 N/mm² (exceeds 10 N/mm² minimum standard)

🔹 Bending Strength: 3.33 N/mm² (exceeds 1 N/mm² minimum standard)

🔹 Composition: Inorganic cement with conductive carbon fibers. No hazardous components. No toxic chemical discharge.

🔹 Environmental Safety: Passes Japanese drinking water standards. Zero detection of cyanide, mercury, organic phosphorus. Safe for installation near water sources.

Quality Assurance

🔹 Manufactured to ISO 9001:2015: Quality management system certified. Batch testing and traceability implemented.

🔹 JIS Testing Compliance:

JIS A 1108: Compressive strength verified
JIS A 1106: Flexural strength verified
JIS C 2141: Electrical resistivity verified

🔹 Long-Term Field Testing: 3-year corrosion test completed. Zero rust on copper grounding rods. Zero degradation of cement matrix.

Designed For Operations That Can’t Afford Downtime

Industries & Applications

Power Transmission & Distribution: Pylons, substations, transmission lines
Petrochemical Facilities: Tank farms, processing plants, hazardous area installations
Telecommunications: Wireless relay stations, tower sites, remote installations
Lightning Protection Systems: Industrial facilities, warehouses, commercial buildings
Renewable Energy: Solar farms, wind turbine grounding, battery energy storage systems

Challenging Environments Where DOUDEN CRETE Excels

Rocky mountain terrain (2,000-5,000 Ω-m soil resistance)
High-resistance soil locations (>1,000 Ω-m)
Remote sites with limited maintenance access
Corrosive soil conditions (acid or alkali environments)
Hazardous areas requiring ATEX compliance

How It Works: Simple Installation, Permanent Results

Perimeter using DCS-10

Step 1: Measure Your Soil
Use standard Wenner 4-electrode method to determine earth resistance. Existing grounding resistance measurements can be used to calculate backwards.

Step 2: Calculate Required Length
Use provided formulas or estimation chart. Example: For 500 Ω-m soil resistance and 10Ω target, you need approximately 50 meters (33 bags) in one trench or 28 meters (38 bags) in two parallel trenches.

Step 3: Prepare Trenches
Dig trenches 30-50 cm wide. Tamp down the bed. Lay bare copper lead wires (22mm²) in the center.

Step 4: Mix and Apply
Add 6-8 liters of water to one bag (10kg) of DOUDEN CRETE S. Mix thoroughly. Pour over lead wires. Each bag covers approximately 1.5-2 meters at 40cm width.

Step 5: Backfill Immediately
Cover with soil immediately. No need to wait for curing. In dry conditions, application without pre-mixing is acceptable (soil moisture will cure the material).

Step 6: Test and Verify
After 7 days, measure grounding resistance. Confirm target values achieved.

Result: Permanent grounding system operational. Zero maintenance required for 50+ years.

The Business Case: Why DOUDEN CRETE Pays for Itself

Financial Benefits

💰 Eliminate Recurring Costs: No replacement electrodes. No reapplication schedules. No maintenance labor. One installation lasts 50+ years.

💰 Reduce Insurance Premiums: Compliant grounding systems may qualify for lower insurance rates. Demonstrated lightning protection reduces risk classification.

💰 Avoid Downtime Costs: Reliable grounding prevents equipment damage. No production shutdowns from electrical faults. No emergency repair expenses.

💰 Higher ROI Than Alternatives: Initial investment 58-166% higher than temporary solutions. Lifetime cost 90% lower (zero replacement vs. 5-10 replacements over 50 years).

Operational Benefits

⚡ Predictable Performance: Design calculations are accurate. No guesswork. No surprises during commissioning.

⚡ Simplified Maintenance: Remove grounding system from maintenance schedule. Focus resources on critical equipment.

⚡ Regulatory Confidence: Full compliance documentation available. Pass inspections without remediation. Demonstrate due diligence to insurers and regulators.

⚡ Future-Proof Design: Performance doesn’t degrade. System remains compliant as standards evolve. No obsolescence concerns.

Trust Signals: Proven Performance You Can Verify

✅ Engineered in Japan: Manufactured by Sekisui Fuller Co., Ltd. (established chemical and materials engineering company)

✅ Decades of Field Performance: Installed in transmission towers, substations, and industrial facilities across Asia

✅ Laboratory-Verified Results: Independent testing per Japanese Industrial Standards (JIS)

✅ 3-Year Corrosion Test Completed: Zero degradation in field conditions

✅ Environmental Safety Verified: Passes Japanese drinking water standards for all heavy metals and toxic compounds

✅ Clear Technical Documentation: Calculation formulas provided. Design support available. No proprietary “black box” methods.

✅ Competitive Analysis Available: Head-to-head comparison with 4 competing products (outperforms in 7 of 8 categories)

Stop Replacing. Start Protecting.

Your grounding system should be the last thing you worry about.
DOUDEN CRETE: Permanent resistance reduction. Zero corrosion. 50-year durability.

Ready to Upgrade Your Grounding System?

Option 1: Review the Full Technical Catalog
Access the complete DOUDEN CRETE catalog here
Includes: Calculation formulas, installation diagrams, comparison data, compliance certifications, and technical specifications.

Option 2: Talk to Our Engineering Team
Skip the technical details. Let’s discuss your specific site conditions and design a solution together.
We’ll calculate exactly what you need to achieve your grounding resistance targets.

T. ABO MADALEX INDONESIA
Your partner for permanent electrical protection solutions