About Us
We focus on research and cost effective solutions to bring forth unique technical specialties in soft ground engineering.
In value creation for clients and bringing green and sustainable technologies to the market.
CH Tech Global Sdn Bhd (Formerly known as Clarity Hectares Technology Sdn Bhd) together with its Associate Companies, Innogess Technology Sdn Bhd, Clarity Hectares Sdn Bhd and Advanced Clarity Hectares Technology Sdn Bhd have ventured into niche and innovative infrastructural projects since 2011.
The joint efforts of Dr Low Kaw Sai and the co-inventor, Dr Tioh Ngee Heng have created several innovative products for engineering applications. These have resulted in many successful projects track records, especially in infrastructural projects.
Years of Experience
Happy Customers
Projects Completed
Awards Won
Team
Managing Director
Consultant Engineer
Industrial Liaison
Project Manager
We Commit
Established principle (Buoyancy from Archimedes Principle) for load reduction & thus stress minimization.
Learn MoreEstablished principle (Buoyancy from Archimedes Principle) for load reduction & thus stress minimization.
Learn MoreEstablished principle (Buoyancy from Archimedes Principle) for load reduction & thus stress minimization.
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The Use of bamboo-geotextile Composite System to enable building platform to be constructed over Mangrove Dominated Tidal Swamp and subsequently turn it into a useful land for development
The Use of bamboo-geotextile Composite System to enable building platform to be constructed over Mangrove Dominated Tidal Swamp and subsequently turn it into a useful land for development
The Use of bamboo-geotextile Composite System to enable building platform to be constructed over Mangrove Dominated Tidal Swamp and subsequently turn it into a useful land for development
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Gallery
A design concept vastly different from ground improvement methods which rely on improved strength properties of soft subgrade via the consolidation process to support construction above.
A design concept vastly different from ground improvement methods which rely on improved strength properties of soft subgrade via the consolidation process to support construction above.
A design concept vastly different from ground improvement methods which rely on improved strength properties of soft subgrade via the consolidation process to support construction above.