Joint Research, Experimental Development & Industrial Technology Cooperation
Development of new materials and industrial technologies often reaches a stage where further progress requires experimental work, specialized equipment, pilot trials and cooperation between technology experts, research organizations and industrial partners.
Mineral 7 has accumulated practical experience in basalt fibers, mineral melts, fiber-forming processes, basalt flakes, high-temperature technologies and specialized technological equipment.
Some research directions have already been investigated at laboratory or experimental level. Others originate from practical technological challenges identified during many years of work with basalt fiber and mineral melt technologies.
Further development of these projects requires targeted experimental programs, specialized analytical work, pilot equipment and, in some cases, external research or investment support.
Mineral 7 is open to cooperation with industrial companies, research institutions, universities, technology developers and investors interested in jointly developing new materials, processes and industrial technologies.
From Research Idea to Industrial Technology
Research Idea → Experimental Program → Laboratory Testing → Pilot Verification → Technology Development → Industrial Application
The objective of joint R&D is not research for research’s sake.
Where technically justified, research should determine whether an idea can provide measurable technological or material advantages and whether these advantages can ultimately be transferred to industrial production.
A development program can therefore be divided into successive stages, allowing partners to evaluate technical results before proceeding to the next level of development and investment.
Current Research & Development Opportunities
1. Basalt-Reinforced Aluminium Matrix Materials
One research direction previously investigated by Mineral 7 is the use of basalt-based reinforcement in aluminium matrix materials.
Initial experimental work has shown sufficient potential to justify further investigation of different reinforcement approaches, including the use of basalt fibers and basalt flakes.
Further research is required to investigate the interaction between basalt reinforcement and the aluminium matrix, reinforcement distribution, interface formation, processing conditions and the resulting material properties.
Potential parameters for investigation include:
- mechanical strength and stiffness;
- wear resistance;
- thermal behaviour;
- material density;
- reinforcement distribution;
- structural stability;
- processing characteristics;
- recyclability and secondary processing.
Potential Industrial Interest
Such materials may be of interest where a combination of reduced weight, mechanical performance, wear resistance and material efficiency is required.
Potential areas include:
Automotive • Transportation • Machinery • Lightweight Structures • Specialized Engineering Components
The behaviour of basalt-reinforced aluminium during recycling and secondary melting is another important research question and should be investigated experimentally as part of future development.
Partnership Opportunity
Mineral 7 is interested in cooperation with aluminium producers, automotive and transportation companies, research institutions and other industrial partners interested in developing and testing basalt-reinforced aluminium matrix materials.
2. Advanced Basalt Fiber Bushing and Feeder Systems
The fiber-forming feeder and bushing are among the most technologically critical components in continuous basalt fiber production.
Temperature distribution, melt flow and thermal stability directly influence fiber-forming stability, filament diameter, productivity and final fiber quality.
One important R&D direction is therefore the thermal and technological optimization of basalt fiber bushings and fiber-forming systems.
Potential research areas include:
- temperature-field uniformity;
- thermal gradients within the feeder and bushing;
- melt distribution;
- temperature stability in the fiber-forming zone;
- bushing and feeder geometry;
- thermal control systems;
- energy distribution and efficiency;
- productivity improvement;
- filament diameter stability;
- reduction of fiber breakage;
- interaction between melt properties and fiber-forming conditions.
The objective is to develop a deeper understanding of the thermal behaviour of the complete fiber-forming system and to investigate opportunities for improving productivity, process stability and fiber quality.
Partnership Opportunity
Potential partners include:
Basalt Fiber Producers • Bushing Manufacturers • Heating-System Developers • Control-System Companies • Research Institutions • Industrial Investors
A development program may combine numerical modelling, thermal measurements, laboratory experiments and pilot-scale verification.
3. Influence of Magnetic Fields on Mineral Melts
Another research direction is the investigation of the influence of controlled magnetic fields on basalt and other mineral melts.
At the present stage, this is considered an experimental research direction, not an established industrial technology.
The objective is to determine experimentally whether controlled magnetic-field exposure can produce reproducible changes in melt behaviour, fiber-forming conditions or resulting material characteristics.
Potential research areas include:
- melt homogenization;
- heat and mass transfer;
- melt structure and behaviour;
- viscosity-related effects;
- crystallization behaviour;
- fiber-forming stability;
- resulting fiber characteristics and properties.
A systematic experimental program is necessary to distinguish reproducible physical effects from normal variations associated with raw material composition, temperature and technological conditions.
Partnership Opportunity
Mineral 7 is open to cooperation with universities, research laboratories, magnetic-system developers, mineral-processing companies and industrial partners interested in experimental investigation of this field.
Other Research Directions
Mineral 7’s research interests are not limited to the projects described above.
Additional joint R&D programs can be developed in areas including:
- basalt and mineral raw-material evaluation;
- modification and control of mineral melt properties;
- continuous basalt fiber technology;
- staple, fine and superfine mineral fibers;
- basalt flakes;
- fiber-forming processes;
- high-temperature technological equipment;
- refractory systems for mineral melts;
- energy efficiency of melting processes;
- new basalt-based composite materials;
- specialized mineral-melt products;
- downstream basalt fiber processing technologies.
New research programs may also originate from a specific technological problem presented by an industrial partner.
This approach is particularly relevant when an existing production process requires improvement, a new material or product is being developed, or conventional technological solutions do not provide the required result.
From Industrial Problem to Joint R&D Project
A potential partner does not need to approach Mineral 7 with a fully developed research program.
An industrial problem, material requirement, production limitation or new product concept may itself become the starting point for a joint R&D project.
Mineral 7 can participate in:
Problem Definition → Technical Analysis → Research Program Development → Experimental Verification → Pilot Trials → Industrial Technology Development
The scope and structure of each project are determined individually according to its technical objectives and available resources.
Forms of Cooperation
Research and technology-development partnerships can be structured according to the capabilities, objectives and resources of the participants.
Industrial Partner
Provides the industrial problem, application requirements, materials, production environment or potential route to commercialization.
Research Partner
Provides specialized scientific expertise, analytical methods, modelling capabilities or laboratory facilities.
Mineral 7 — Technology Partner
Provides technological expertise, research-program development, experimental concepts, equipment solutions, process analysis and interpretation of results.
Financial Partner / Investor
Provides funding for laboratory research, experimental equipment, pilot trials and further technology development.
Depending on the project, several of these roles may be combined within one partnership.
Stage-Based R&D Development
Investment Can Follow Results
A research program does not necessarily require full industrial investment from the beginning.
Where appropriate, Mineral 7 recommends a staged development approach.
Stage 1 — Technical Assessment & Research Program
Definition of the technical hypothesis, objectives, existing knowledge, experimental methodology and measurable evaluation criteria.
Stage 2 — Laboratory Experiments
Initial experimental verification and identification of promising technological conditions.
Stage 3 — Pilot Development
Development or adaptation of pilot equipment and verification under conditions approaching industrial production.
Stage 4 — Industrial Validation
Testing and optimization under industrial or semi-industrial conditions.
Stage 5 — Technology Transfer & Commercialization
Engineering development, equipment specification, intellectual-property arrangements and preparation for industrial implementation.
This approach allows technical and investment decisions to be made progressively on the basis of actual experimental results.
Confidentiality & Intellectual Property
Joint technology development may generate new know-how, experimental results, equipment concepts, process parameters and potentially patentable technical solutions.
For this reason, confidentiality and intellectual-property arrangements should be established before detailed proprietary information is exchanged or a joint experimental program begins.
Depending on the project, cooperation may be structured through:
- Non-Disclosure Agreements (NDA);
- research and development agreements;
- joint development agreements;
- technology-development contracts;
- licensing arrangements;
- jointly owned intellectual property;
- separately defined background and newly developed IP.
The appropriate structure is determined individually for each project and participating partner.
Detailed proprietary technological solutions, experimental know-how and unpublished research information are disclosed only within an appropriate confidential cooperation framework.
Who We Would Like to Work With
Mineral 7 welcomes discussions with:
Industrial Companies
seeking new materials, improved production technologies or solutions to specific technological problems.
Research Institutions & Universities
interested in experimental cooperation and joint research programs.
Technology & Equipment Developers
interested in combining specialized equipment or technologies with mineral melt and basalt fiber expertise.
Automotive, Transportation & Materials Companies
interested in lightweight materials, composites and new reinforcement concepts.
Basalt Fiber & Mineral Wool Producers
interested in improving melting, fiber-forming, equipment performance or product technologies.
Investors & Strategic Partners
interested in supporting technically grounded R&D projects with potential for future industrial application.
Discuss an R&D or Technology Partnership
Mineral 7 is open to discussing both the research directions presented on this page and new technological challenges proposed by potential partners.
Initial discussions may remain at a general technical level.
Where a project demonstrates realistic development potential, confidentiality arrangements can be established before detailed proprietary information is exchanged.
Have a research idea, industrial problem or technology that could benefit from our expertise?
Let us explore whether it can become a joint R&D project.
R&D and Technology Partnership:
ceo@fiberbas.com
Technical Enquiries:
info@fiberbas.com