Infraconcrete™ Construction Sdn Bhd Specialist Geotechnical Engineering · CIDB G7

Enabling Spaces. Engineered slopes for maximum utility.

What we do

Slope stabilization, retaining systems, land creation, main contracting. One team from investigation to handover.

Request a project brief → See capabilities
G7
CIDB highest grade
specialist contractor
150+
Engineered slope
projects delivered
ISO
9001:2015 Quality
Management certified
01 / Our Mission

Difficult ground is our category.

The land you're given is rarely the land that's easy to build on. Our job is to make it buildable.

Designed to adapt to the terrain.

02 / Where to start

What's the situation on your site?

Most projects start with one of four problems. Pick yours, see how we solve it.

Failing slope

My slope is failing, cracking, or distressed.

See how we stabilize it → Slope near a road or building

A road, rail, or building beside a hazardous slope.

See our retaining systems → Difficult ground

A steep, rocky, or geotechnically complex site.

See the techniques we use → Land I can't build on

Hilly or unstable land that needs to be buildable.

See our land creation work →
03 / Core Solutions

We make land work for you.

Three solution pillars, serving developers, engineers, contractors, and government agencies across Malaysia.

Slope Protection
Slope protection 1 Slope protection 2 Slope protection 3

Slope Protection

Reinforced systems that secure slopes against landslide, erosion, and progressive failure. Engineered for tropical climate and seismic conditions.

Explore techniques
Retaining Systems
Retaining system 1 Retaining system 2 Retaining system 3

Retaining Systems

Design-build retaining solutions: soil nail walls, MSE walls, anchored systems. To consultant spec.

Explore techniques
Land Creation
Usable land 1 Usable land 2 Usable land 3

Usable Land Creation

Turning hillsides, floodplains, and fragmented parcels into compliant, developable platforms. We unlock land utility that others deem impossible to build on.

Explore techniques
04 / Worked example

An unusable slope, turned into a highway and a buildable platform. No square footage lost.

CENTER OF MOMENT ℓ₁ ℓ₂ ℓ₃ ℓ₄ CIRCULAR SLIP SURFACE EXISTING GROUND BEFORE UNUSABLE HILLSIDE FREEWAY GAINED FILL AREA REINFORCED COMPACTED FILL SOIL NAIL WALL STRENGTHENED CUT SLOPE PROTECTED CUT AREA MSE WALL ERECTED PLATFORM WITH REINFORCING TENDONS CUT GROUND BUILDABLE PLATFORM AFTER ENGINEERED RETAINING SYSTEM DRAG
05 / Before & After

Unlocking land value with engineering precision.

Difficult ground turned into stable, buildable platforms. Residential slopes, highway corridors, industrial sites, the same outcome.

Before
Site before stabilization works
+images/before-after/ba-1-before.jpgAwaiting photo
After
Site after stabilization handover
+images/before-after/ba-1-after.jpgAwaiting photo

We transform sloped or failed ground into opportunities for growth, turning constrained terrain into safe, stable, buildable space.

Before
Hazardous rock face before works
+images/before-after/ba-2-before.jpgAwaiting photo
After
Stabilized rock face with engineered system
+images/before-after/ba-2-after.jpgAwaiting photo

Reinforced slope systems convert difficult terrain into compliant, higher-yield land for developers.

Before
Unbuildable site before earthworks
+images/before-after/ba-3-before.jpgAwaiting photo
After
Developable platform after works
+images/before-after/ba-3-after.jpgAwaiting photo

We help you build where others can't, with engineered solutions that expand land use and protect your development.

06 / Engagement Process

Investigation to handover, five stages.

Step 01

Investigation

Geotechnical site investigation, slope mapping, and risk profiling. We start with the ground, not with a fixed solution in mind.

Step 02

Design

Site specific solution design in collaboration with the consulting engineer. We optimize for buildability, durability, and cost.

Step 03

Engineering

Technical drawings, method statements, and specification finalised. Submitted for consultant and authority approval.

Step 04

Construction

Our in-house crew and fleet build to spec under CIDB G7 certification, with HSE audits weekly on site.

Step 05

Monitoring

Post construction load testing and performance monitoring. Defect liability and long term maintenance options.

Average mobilization
2wks
From contract award to first crew on site.
Cost capture
~8pts
Margin saved versus outsourced multi tier delivery.
HSE record
620k+
Man hours without lost time incident.
Compliance
100%
Of projects delivered to consultant specification.
07 / Capabilities

Specialist services, delivered in house.

Soil Nailing in progress
+images/capabilities/cap-soil-nailing.jpgAwaiting photo
Soil Nailing

Reinforcing existing slopes with high strength steel.

Slender steel nails drilled at engineered angles, then grouted to lock the soil mass against sliding.

View method
  • 01Site assessment
  • 02Drilling at engineered angles
  • 03Nail installation and grouting
  • 04Facing application
  • 05Load testing and verification
Guniting · Shotcreting in progress
+images/capabilities/cap-guniting.jpgAwaiting photo
Guniting · Shotcreting

Spraying high-strength concrete on slope and rock faces.

A protective skin sprayed at high velocity, resisting tropical rainfall, surface erosion, and weathering.

View method
  • 01Surface preparation
  • 02Mix design to spec
  • 03High velocity application
  • 04Curing and integrity check
Rock Bolting in progress
+images/capabilities/cap-rock-bolting.jpgAwaiting photo
Rock Bolting

Anchoring unstable rock to competent strata.

Tensioned steel bolts that pin loose rock back into the mass, eliminating rockfall on cut slopes and tunnels.

View method
  • 01Geological mapping
  • 02Drilling to depth
  • 03Bolt installation and anchoring
  • 04Tensioning and inspection
Rock Netting in progress
+images/capabilities/cap-rock-netting.jpgAwaiting photo
Rock Netting

Containing falling rocks on steep slopes.

High-tensile steel mesh anchored over the rock face, catching loose debris before it reaches the road below.

View method
  • 01Site evaluation
  • 02Anchor installation
  • 03Netting deployment
  • 04Load inspection
Slope Stabilization in progress
+images/capabilities/cap-slope-stabilization.jpgAwaiting photo
Slope Stabilization

Layering multiple techniques on complex slopes.

Soil nailing, guniting, bolting, and netting designed as one integrated system for slopes that need more than one approach.

View method
  • 01Geotechnical analysis
  • 02Solution design
  • 03Implementation
  • 04Post construction monitoring
Rock Fall Barriers in progress
+images/capabilities/cap-rockfall-barrier.jpgAwaiting photo
Rock Fall Barriers

Absorbing rockfall energy on high-risk corridors.

Cable-and-post barriers engineered to stop a falling boulder dead on highways, rail corridors, and access roads under cliffs.

View method
  • 01Hazard zone assessment
  • 02Barrier design
  • 03Anchored installation
  • 04Testing and maintenance plan
08 / Track Record

The numbers behind the work.

150+
Projects Completed
Across residential, infrastructure, mining, and government sectors.
480k m²
Slope Stabilized
Cumulative engineered slope surface delivered to date.
9+
States Served
Project footprint across Peninsular Malaysia.
70%+
Repeat Clients
Of our pipeline comes from clients we've already delivered for. They come back because the work holds.

Sectors we serve.

From hillside townships to highway corridors, our work cuts across the full spectrum of Malaysian infrastructure and development.

  • Urban Development High rise foundations, basement excavations, hillside townships, mixed use platforms. 38%
  • Transportation Infrastructure Highway cut slopes, railway embankments, bridge abutments, tunnel portals. 24%
  • Government & Public Works Embankments, reservoirs, slope remediation programmes, public infrastructure. 18%
  • Mining & Quarrying Open pit faces, quarry benches, underground excavations, tailings platforms. 10%
  • Energy & Industrial Hydropower platforms, wind farm foundations, solar farm grading, transmission corridors. 6%
  • Environmental Works Landslide mitigation, riverbank stabilization, coastal protection, erosion control. 4%
09 / Selected Work

Recent engagements.

Concessionaire · Highway East Klang Valley Expressway slope works

East Klang Valley Expressway

KL Outer Ring Road, eastern route. Soil nailing, guniting, rock bolt, rock netting, new jersey barriers, and rock-face stabilization - all delivered under live traffic.

42 km
alignment
1.6M m³
earthworks
National Rail · Govt ECRL slope protection

East Coast Rail Link

Slope protection across the ECRL alignment. Soil nailing, guniting, plus horizontal and chute drains.

63 km
chainage
9,200 m
drilled · soil nails
Ministry of Works · Govt Central Spine Road slope works

Central Spine Road

Slope stabilization, rock netting, guniting, soil nails, horizontal drains, and rock bolts.

35,000 m²
slope face
6 types
solutions
Tier-1 Developer Shah Alam U10 mixed development

Shah Alam (U10), Mukim Bukit Raja

Mixed residential and commercial development. Rock bolt, guniting, and horizontal drains on cut slope.

4,200 m²
face · guniting
850 nos
rock bolts
Tier-1 Developer · Residential Mukim Bandar Batu 18 Semenyih earthworks

Mukim Bandar Batu 18, Semenyih

Earthworks, drainage, RE wall, RC wall, sheet pile, all under one scope.

1.8M m³
cut & fill
320 m
retaining wall
Commercial · Sub-station Mukim Sentul Seremban commercial development

Mukim Sentul, Seremban

Commercial development with electrical sub-station. Cut platform plus engineered modular retaining wall.

180 m
modular RW
4,500 m²
cut platform
National Account · Auto Bandar Serendah multi-building site

Bandar Serendah, Hulu Selangor

Platform for parts centre, mezzanine, canteen, sub-station, bus stop. Earthwork and retaining wall as one package.

80,000 m³
backfill
7 nos
structures
Tier-1 Developer · Residential Bandar Ulu Kelang internal spine road

Bandar Ulu Kelang, Gombak

100ft internal spine road for a 3-storey terrace cluster. Earthworks, road, drainage, and retaining wall.

100 ft
spine road · width
1.4 km
drainage
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10 / Why clients come back

Five reasons we win repeat work.

Specialist in-house team, end to end

Slope, ground, geotechnical, and main contracting all done by our own crew. No subcontractor markups, mobilized within weeks.

Built for difficult ground

Tropical soils, fractured rock, steep cuts, weak strata. We engineer for the actual ground conditions, so the slope holds long after handover.

Same method, predictable result

Same method on every project, residential to government scale. Predictable process, predictable result.

Straight pricing, no surprises

Transparent costing from day one. No inflated scope, no surprise variations halfway through. The number we quote is the number you pay.

Safety and integrity, non-negotiable

HSE protocols audited weekly on site. Workforce, client, and public safety, no shortcuts, no exceptions.

11 / The Context

Where flat ground ends, our work begins.

Flat land is running out. What's left is slopes, floodplains, fragmented parcels, the complex kind.

68%
Most new sites are complex
Of newly zoned Malaysian parcels have slope, soil, or flood challenges. Your site is probably one of them.
18–25%
Value lift after stabilization
Typical land value uplift after unbuildable ground is engineered into a ready-to-build platform.
3×
Brought in at design stage
Developers, authorities, and main contractors are calling specialists earlier. Less time, less rework, less scope creep on site.
12 / Credentials

Verified, audited, accredited.

G7
CIDB Malaysia
Highest contractor grade. Registered in B04, CE01 / CE06 / CE08 / CE21 / CE36 (incl. Slope Protection), and M15.
Download certificate ↓
QMS
ISO 9001:2015
Quality Management System certified for the provision of construction and completion services of infrastructure projects.
Download certificate ↓
ISO certification accredited via
ARS Assessment
ARS Assessment Issuing body
UAF
UAF Accredits ARS
IAF
IAF Global recognition body
13 / Common Questions

Frequently asked.

A slope reinforcement technique. We drill into the soil at engineered angles, insert high-strength steel bars, and grout them in place. The soil itself becomes the wall. Best for cut slopes, retained excavations, and existing slopes showing distress, where major excavation isn't an option.
Watch for cracks in the slope face, seepage, settling structures, leaning trees or fences, or prior landslide history. Honest answer: you can't be sure until a geotechnical investigation. We'll attend site, walk the ground, and tell you whether deeper investigation is warranted before any commitment.
Both. Consulting engineers engage us as their specialist contractor; developers and authorities appoint us directly under design-build, where we lead engineering and construction. We prefer being involved from concept rather than tender.
Site dependent. A 1,000 m² residential slope is typically 4-6 weeks mobilization to handover. A 20,000 m²+ government programme runs 6-12 months. Emergencies mobilize in days. A programme is always attached to the proposal, no ambiguity at award.
Yes. Defect liability follows CIDB and consultant spec, typically 12-24 months on workmanship. Material warranties (steel nails, mesh, rockfall barriers) follow manufacturer terms, up to 10 years on certain proprietary systems. Extended monitoring contracts available for critical assets.
Yes, alongside the consulting engineer who carries professional design liability. We prepare drawings, method statements, and material certs in JKR / local authority submission format. Experience across MPSJ, MBPJ, MBAJ, MBSA, and JKR Slope Engineering Branch.
  1. You reach out (form or call).
  2. We attend site at no obligation, walk the ground, discuss what you're trying to achieve.
  3. We issue a proposal with scope, programme, pricing.
  4. On award we mobilize.
  5. Handover with as-built drawings, test certs, and a maintenance schedule.
14 / Get in Touch

Let's enable your space.

Briefs received before 5pm Malaysia time typically receive a same day acknowledgement. For emergency slope or rockfall response, call us directly.

Quickest way to reach us

Send your brief on WhatsApp

Drop your site location, project type, and what you're trying to achieve. We'll come back the same day.

Open WhatsApp +60 16-428 1214 · usually respond same day
or
Email ifrconcrete@gmail.com
Telephone
Email
Office
8B, Jalan SS22/25, Damansara Jaya
47400 Petaling Jaya, Selangor, Malaysia
Registration
Infraconcrete Construction Sdn Bhd
1278618-H · 201801016602 · CIDB G7
Download brochure Infraconcrete brochure · PDF · 6.7 MB