We changing the way structures are built towards a greener & sustainable future
What we do
We Are A Global UHPC Supplier
Today ceEntek is a World Leader in the Commercialisation of Carbon Nano-Fibers in Concrete
UHPC 2.0™ Solution
ceEntek has developed an advanced next generation UHPC 2.0™ system eliminating the handling, performance and cost barriers for UHPC preparation, curing and usage. ceEntek’s proprietary IP allows it to adopt its UHPC products to local raw material such as sand & cement resulting in a lower cost, optimized logistics, high quality manufacturing process for the implementation of UHPC 2.0™ products in a wide range of markets and applications. UHPC 2.0™ based products and solutions provide ‘best in class’ solutions for lightweight, high-strength, two- and three- dimensional precast elements, tunnel coatings, UHPC overlays, joint fills, bridge decks, bridge girders, seismic retrofits, and many more. UHPC 2.00™ is not only a superior UHPC, but shows extremely high resistance against chemical attacks, carbonation and moisture intrusion. This guarantees an extended useful life of UHPC 2.0™ based solutions under the harshest climate and environmental conditions. ceEntek supplies its products around the world including Asia, Middle East, Australia, the Americas and Europe with its ‘Best in Class’ service and quality.
Company's story
Technology leadership
Since 2010, ceEntek has been producing functionalized carbon nanofibers (CNFs) optimized for high chemical and physical interaction with UHPC2.0TM.
Nano-Engineered cePaste (Catalyst, CNF, CNF Paste)
The microstructure of concrete plays a critical role in determining its mechanical and durability properties. cePasteTM has been developed to optimize the microstructure of UHPC by promoting a more homogeneous
UHPC 2.0
ceEntek Pte. Ltd. owns and controls all technologies, critical production and implementation steps for the production and application of UHPC 2.0™.
Revolutionizing & de-carbonizing concrete
Concrete is the most produced material in the world and it will be used as a building material in the future.
To build a lasting future through utilizing ceEntek’s Next Generation UHPC 2.0™ to improve the efficiency, sustainability, and durability of high strength construction applications on a worldwide basis.
Our Mission:
Be the technology and sustainability leader for UHPC concrete products and services in Asia, Middle East, North America and Europe
Become a leading UHPC concrete supplier based on value added partnerships throughout all geographies globally
Expand technology leadership by further enhancing UHPC 2.0™ as well as its green properties
Grow beyond typical limits existing in the building materials industry
ceEntek Pte Ltd was started in Singapore in late 2010 to focus on the development of the technologies required for the cost-effective production of nano-engineered Ultra-High Performance Concrete (UHPC 2.0™). The impact of Carbon Nano-Fibers (CNF) in concrete was scientifically proven three decades ago, but could not be implemented in practice due to problems of dispersion of CNF in water and distribution of nano particles in the concrete blend. Through years of R&D activities ceEntek developed CNF dispersible in water without chemicals allowing for homogenous dispersion of CNF in the concrete paste.
Based on this discovery, ceEntek developed a UHPC system (UHPC2.0™) with the fewest possible ingredients: cement, sand, water, CNF and plasticizer (water reducing admixture). This seemingly simple system served as the cornerstone for a family of application-specific products including self-leveling UHPC for bridge connections & pre-cast elements, thixotropic UHPC for bridge & road overlay rehabilitation as well as pumpable UHPC for offshore/subsea grouting and windfarm installations. For architectural and façade panel applications, ceEntek supplies multi-colored UHPC both for pre-cast assembly and spray-type usage. ceEntek is standardizing its UHPC2.0™ worldwide with the current presence in Singapore, USA, Canada, China, Saudia Arabia and UAE.
General Information
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