Foundation Work and Special Foundation Work
For Soil Stabilization & Ground Improvement
- Reach 16-meter depths without casing
- Reduce foundation prep time by 50%
- Mix soil on-site to cut CO₂
- Eliminate backfilling with in-situ stabilization
- Switch between mixing and milling easily
- Replace pile breakers with precision milling
Modern foundation work demands high accuracy, soil-specific adaptability, and environmentally responsible solutions. Whether stabilizing weak soils, building earth-concrete walls, or profiling pile caps, Kemsolid attachments deliver consistent performance across a wide range of excavation and soil mixing tasks. Kemsolid powered by KEMROC – cutters and mixers offer advanced solutions for creating soil-cement structures, improving bearing capacity, and executing low-vibration foundation preparation in even the most challenging environments.
From shallow trench excavation to deep in-situ mixing, Kemsolid attachments give contractors the power to reduce overbreak, limit material waste, and increase productivity, all while supporting carbon-reducing alternatives to traditional excavation and backfilling.
Why Choose Kemsolid Foundation Attachments?
Engineered for Ground Improvement and Soil Stabilization
With Trench-Soil Mixing (TSM) and Mass-Soil Mixing (MSM), Kemsolid technologies help you transform soft or fluid soils into load-bearing foundations without excavation.
Compatible with Diaphragm Wall Construction
Using Kemsolid KSI attachments, you can create continuous soil-cement barriers directly in-situ, reducing the need for segmented casting and heavy lifting equipment.
Ideal for Pile Cap and Bored Head Cropping
Kemsolid KRX rotary drives enable precise milling and breaking of pile caps, saving time, and eliminating overcutting risks compared to traditional breakers.
Compact, Low-Vibration Operation for Urban Projects
Kemsolid attachments operate with minimal vibration, making them perfect for foundation work in densely built environments where structure safety matters.
Eco-Friendly and Efficient
By eliminating the need for excavation, our in-situ mixing attachments help cut CO₂ emissions by up to 40% and reduce soil disposal costs.
Cement binder injected directly into soil for clean, continuous foundations.
Achieve 4 m to 16 m mixing depths with KSI trench systems.
Interchangeable for milling, drilling, or mixing tasks
No transport, no backfill, just compacted, load-bearing soil.
Perfect for treating pile heads and trench walls
Mass soil mixing shafts reach up to 6 meters.
MSM units adapted to unstable site conditions
Uniform distribution of binder for long-term soil performance
Urban-safe, quiet, and compact foundation solutions
Please select your area of application:
Main Applications
Earth-concrete Walls
Create vertical cut-off or load-bearing walls with Kemsolid KSI soil mixing attachments, without using segments or pre-cast panels.
Soil Stabilization and Ground Improvement
Improve soil performance beneath roads, embankments, or structures by mixing binder in-situ, strengthening weak subgrade.
Trench and Narrow Foundation Preparation
Kemsolid KRX and KRD attachments allow profiling of narrow trenches or pile rows, even in dense urban conditions.
Pile Cap Cropping and Bored Pile Head Milling
Use rotary drives to remove pile caps cleanly, reducing rework and avoiding excessive vibration that may damage adjacent piles.
Recommended Kemsolid Attachments for Foundation Work
KSI Soil Mixing Attachments
Kemsolid KSI Range – Soil Mixing AttachmentsMeasure:Applicaitons- For Trench-Soil Mixing (TSM), earth-concrete walls, and soil-cement structures
- Works with excavators from 35 tons and pilling rig
3 modelsDetails
KRD range
Kemsolid KRD MIX Range – Mass Soil Mixing CuttersMeasure:Applications:- Used in soft and fluid soils
- Achieves mixing depths up to 6 or more meters
9 modelsDetails
KRX Powertool drives
Kemsolid KRX Range – Power Technology DrivesMeasure:Applications- Supports pile cap removal, trench profiling, and shallow drilling
- Offers high torque, multi-purpose rotary cutting
11 modelsDetails
Traditional Methods vs. Kemsolid Attachments
| Feature | Traditional Excavation & Breakers | Kemsolid Attachments |
| Soil Stabilization | Requires excavation and backfilling | In-situ binder mixing |
| Earth-concrete Wall Construction | Segment casting + crane lifting | Continuous in-situ wall |
| Pile Cap Removal | Hydraulic breaker (no control) | Precision milling with rotary drive |
| Urban Suitability | Noisy and high vibration | Low-noise, vibration-free |
| Environmental Impact | High CO₂ and material waste | Up to 40% CO₂ reduction |
- Increase soil bearing capacity by 2x
- Avoid settlement with soil-cement columns
- Finish foundation works with less rework
- Strengthen foundations under existing structures
- Stabilize fluid soils for deep construction
FAQs – Foundation Work with KEMSOLID
How deep can Kemsolid mix soil for foundation stabilization?
Kemsolid KSI attachments can reach mixing depths from 4 to 16 meters, while KRD MIX technologies go up to 6 meters for mass-soil mixing.
Can I use Kemsolid attachments for earth-concrete wall construction?
Yes. The KSI range creates continuous earth-concrete walls using in-situ mixing, no pre-cast segments required.
Are these attachments suitable for pile cap or pile head removal?
Definitely. The KRX rotary drives can precisely mill pile caps or treat pile heads with minimal vibration and risk.
What soil types are compatible with Kemsolid soil mixing?
Kemsolid technologies are effective in soft to fluid soils, including clay, loam, and silt, as well as mixed or unstable ground.
Can I reduce excavation volume using these technologies?
Yes. In-situ stabilization means no need to excavate and transport soil, reducing environmental and logistical costs.
We are here to help! Fill out the form and our team will be happy to assist you with any questions or needs you have regarding our solutions. Whether you require detailed information, technical support, or a personalized quote, we're committed to providing the support you need to achieve success in your projects.
