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Nanocore Services

by Nanocore Services · Since 2011
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ActiveAvailable globallyCloud
Quick facts
VendorNanocore Services
Year launched2011
StatusActive
LocationCopenhagen Area, Denmark Langebjerg 1, 4000 Roskilde
Countries servedGlobal
Languages1
IntegrationsN/A
Free tierNO
Free trialNO
Contact salesYES

About Nanocore Services

Nanocore Services, based on the supplied Nanocore material, concerns carbon nanotube composite technology rather than software, using its proprietary Lasso coupling approach to address nanotube aggregation and material anchoring, with proposed applications in stronger, lighter materials and reduced resource consumption.

Nanocore is presented as a materials technology company developing carbon nanotube composites, not a software application. Its proprietary Lasso technology is described as a coupling agent intended to address two barriers: uneven nanotube distribution and insufficient anchoring within a material. According to the supplied text, these barriers prevent nanotube mechanical properties from transferring effectively into composites. Nanocore positions Lasso as a way to improve dispersion and anchoring together, supporting the development of stronger materials with reduced density or material requirements. The page identifies plastics, composites, and concrete as potential material contexts, while construction receives the most detailed application discussion. Proposed construction benefits include stronger building materials, greater flexibility, improved durability, and more efficient insulation structures. Broader ambitions include transportation fuel savings through lightweighting, recyclability, automated production, improved energy production efficiency, and reduced carbon emissions. These are vendor-described possibilities, not quantified product specifications or independently established outcomes. The strength comparisons on the page refer to carbon nanotubes and should not be interpreted as guaranteed performance for finished Nanocore composites. No named software integrations, application tools, commercial packages, or prices are supplied.

Pros & Cons

Pros
  • Addresses both nanotube aggregation and anchoring within one proposed technological approach.
  • Targets stronger materials with potential reductions in weight and resource consumption.
  • Identifies applications across plastics, composites, and concrete for further technical evaluation.
  • Construction concepts connect material improvements with durability, flexibility, and insulation ambitions.
Cons
  • Supplied information lacks quantified performance results for finished Nanocore composite materials.
  • Nanotube strength comparisons do not establish equivalent improvements in finished composites.
  • Material compatibility and processing conditions require further documentation and technical evaluation.
  • Pricing, commercial availability, and implementation requirements are not specified for buyers.

Features

Key features

Proprietary Lasso Technology

Uses a proprietary coupling approach described as Lasso, intended to connect carbon nanotubes with surrounding material and help transfer nanotube strength into the composite structure.

Construction Applications

Explores stronger, less dense construction materials, presenting potential benefits for buildings and infrastructure where material efficiency, flexibility, and durability are important engineering and design considerations.

Material Enhancement

Positions carbon nanotubes as additives for material development, with plastics, composites, and concrete named as contexts requiring further validation of compatibility and achievable performance improvements.

Polymer Anchoring

Targets insufficient anchoring between nanotubes and polymers, aiming to improve the connection needed for nanotube mechanical properties to contribute effectively to the composite material structure.

Nanotube Dispersion

Addresses uneven nanotube distribution, a problem the company identifies as limiting composite strength, with an approach intended to reduce aggregation within the selected material system.

Additional features

Coupling Agent Technology

Describes Lasso as Nanocore’s proprietary coupling invention, intended to address challenges in transferring carbon nanotube properties into composite materials by improving their interaction with the surrounding material during composite development.

Multiple Material Contexts

Identifies plastics, composites, and concrete as potential contexts for carbon nanotube additives, presenting a broad materials development direction without providing detailed compatibility matrices or validated formulations for each material category.

Strength Transfer

Focuses on enabling nanotube strength to contribute to composite performance, while actual improvements depend on material selection, processing, and test results rather than the nanotube strength comparisons alone being sufficient.

Material Anchoring

Seeks to improve nanotube anchoring within polymers, addressing the stated challenge that weak connections prevent mechanical properties from transferring effectively into composites and limiting the strength of finished material structures.

Aggregation Reduction

Targets nanotube aggregation, which the supplied page identifies as a source of uneven distribution and poor composite strength, with an approach intended to improve dispersion within candidate material systems effectively.

Pricing

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Countries & Languages

Global
Countries served
1
Interface languages
1
Billing currencies

Interface languages

English

Billing currencies

🇺🇸USD

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