FAQ's

Nexture Company

  • Nexture specializes in advanced nanofiber technologies and electrospun material solutions for cosmetics, filtration, healthcare, and industrial applications.
  • Nexture was established in 2025 May to deliver next-generation nanofiber technologies through scientific expertise and industrial-scale manufacturing.
  • Nexture operates from Türkiye and Headquartered at Switzerland Luzern, strategically positioned between Europe and Asia to support global logistics and partnerships.
  • We serve cosmetics, healthcare, filtration, air purification, hygiene products, and advanced industrial material sectors.
  • Nexture combines advanced electrospinning expertise, scalable production, material innovation, and strict quality control to deliver consistent high-performance solutions.
  • Yes. We collaborate with partners to develop customized nanofiber materials tailored to specific performance and regulatory requirements.
  • Yes. We provide OEM and private label manufacturing services for qualified partners.
  • Our production infrastructure supports pilot development, validation, and high-volume industrial manufacturing.
  • We implement strict process controls, laboratory testing, and quality assurance protocols at every stage of production.
  • Yes. Nexture serves customers worldwide with reliable logistics and export support.
  • We prioritize efficient material use, energy optimization, and environmentally responsible production practices.
  • Yes. We support OEM partnerships with tailored solutions and technical assistance.
  • We conduct structural, physical, and performance testing to ensure product consistency and reliability.
  • Yes. Our team supports compliance with cosmetic, filtration, and medical regulatory requirements.
  • We serve Europe, the Middle East, Asia, and global markets through strategic partnerships.
  • Yes. We collaborate with research institutions and universities to advance nanofiber innovation.
  • We utilize advanced electrospinning systems designed for precision fiber production and scalability.
  • Technical documentation can be requested via our contact form or technical support team.
  • Yes. Our technical team assists customers with product integration and optimization.
  • Our mission is to deliver innovative nanofiber solutions that enhance performance, comfort, and sustainability.

Human Resources

  • Submit your resume through our careers contact channel.
  • Open roles are announced through our official channels.
  • Yes. Internship opportunities are offered periodically.
  • Qualifications vary depending on the role and technical requirements.
  • It includes application review, interviews, and candidate evaluation.
  • Yes. We support employee training and development.
  • We support professional development and career growth.
  • We foster innovation, collaboration, and continuous improvement.
  • Yes. Continuous learning is encouraged and supported.
  • Opportunities may arise through global projects.
  • Benefits vary by role and location.
  • Resumes can be submitted via our contact page.
  • Some roles may offer flexible working options.
  • Employees receive workplace safety and compliance training.
  • We promote a safe and supportive work environment.
  • Professional certifications may be supported.
  • Engineering, R&D, production, quality, and business functions.
  • Yes. Research specialists are essential to our innovation strategy.
  • Yes. We welcome academic collaborations.
  • HR inquiries can be submitted via our contact page.

Sales & Representatives

  • Submit your company details via our sales contact form.
  • Yes. We collaborate with regional partners worldwide.
  • Exclusive agreements may be considered based on market potential.
  • We provide technical training, marketing materials, and ongoing support.
  • Sample requests can be submitted to our sales team.
  • Minimum order quantities vary depending on the product.
  • Approved partners receive marketing resources and technical documents.
  • Yes. Product and technical training are provided.
  • Timelines vary based on order size and customization.
  • Yes. Private label solutions are available.
  • We support global shipping and logistics solutions.
  • Yes. We support industrial-scale supply needs.
  • Payment terms are defined based on partnership agreements.
  • Please contact our sales department via the website.
  • We serve global markets through strategic partnerships.

Contact

  • You can contact us via our website contact form or official email channels.
  • Submitting the contact form ensures prompt routing to the appropriate department.
  • Nexture operates from Türkiye.
  • We support global customers through regional partners.
  • We operate during standard business hours and support international clients.
  • Technical support requests can be submitted via our contact form.
  • Submit your requirements through our inquiry form.
  • Yes. Meetings can be arranged upon request.
  • Yes. We provide online meetings for global partners.
  • Media inquiries can be submitted via our contact page.
  • Please contact us with detailed information about the issue.
  • Support requests are managed through our official contact channels.
  • Most inquiries receive a response within one business day.
  • Visits can be arranged by appointment.
  • Follow our website and professional networks for updates.

Filtration Media

  • Nanofiber filtration media is a high-performance filtration layer made from ultra-fine fibers.
  • It captures smaller particles while maintaining excellent airflow.
  • It captures dust, pollutants, allergens, bacteria, and fine particulates.
  • It offers lower airflow resistance than traditional filtration materials.
  • It is used in HVAC, automotive, industrial, and medical filtration systems.
  • Yes. It improves indoor air quality and energy efficiency.
  • Reuse depends on filter design and application.
  • Lifespan varies depending on environmental conditions and usage.
  • Yes. It effectively captures airborne pollutants and fine particles.
  • Yes. It is suitable for high-efficiency medical filtration applications.
  • Yes. High surface area improves dust holding capacity.
  • It enhances capture efficiency of ultra-fine biological particles.
  • Lower pressure drop reduces energy consumption and improves airflow.
  • Yes. Reduced resistance lowers energy usage.
  • Yes. Filtration media can be tailored for specific applications.
  • Yes. It can be laminated with various substrates.
  • It can be engineered to meet international filtration standards.
  • Yes. It enhances industrial filtration performance.
  • Proper design ensures stable performance in humid environments.
  • It functions as a high-efficiency capture layer.

Cosmetic Masks

  • Nanofiber cosmetic masks are advanced skincare products made from ultra-fine fibers designed to enhance ingredient delivery and skin comfort.
  • They improve hydration, enhance absorption of active ingredients, and create a breathable protective layer.
  • Yes. Their soft and lightweight structure and compatible raw materials with our expertise removes all irritation.
  • Typically 1–3 times per week depending on skin needs.
  • Yes. Their high surface area enhances active ingredient transfer.
  • They support hydration and skin elasticity, helping reduce the appearance of fine lines.
  • Nanofiber masks provide superior breathability, adhesion, and ingredient delivery.
  • Yes. They help retain moisture and support skin hydration.
  • Yes. Their breathable structure helps maintain skin balance.
  • Yes. Functional ingredients can be integrated into the fiber structure.
  • Typically 3–5 minutes for optimal benefits.
  • No. They are designed for clean removal without residue.
  • Biodegradable options are available depending on materials.
  • Yes, when recommended by skincare professionals.
  • Hydration, soothing, anti-aging, brightening, and skin barrier support.
  • They improve delivery of active ingredients that support skin health.
  • Yes. Fragrance-free versions can be produced.
  • Store in a cool, dry place away from direct sunlight.
  • Yes. They are ideal for professional skincare treatments.
  • They combine advanced nanofiber technology with superior comfort and enhanced ingredient delivery.

Nanofiber

  • Nanofibers are ultra-fine fibers typically smaller than 1000 nanometers in diameter.
  • Their extremely high surface area and porous structure enable superior performance.
  • Nanofibers typically range between 50 and 500 nanometers.
  • They provide enhanced filtration, breathability, lightweight structure, and functional performance.
  • Their small diameter and dense network capture ultra-fine particles efficiently.
  • Yes. Nanofiber structures allow airflow while maintaining filtration performance.
  • They are lightweight but can be engineered into strong composite structures.
  • Nanofibers can be designed using biodegradable and eco-friendly polymers.
  • Yes. Biodegradable polymers can be used for environmentally responsible products.
  • Both synthetic and natural polymers are used depending on performance needs.
  • Their extremely small diameter dramatically increases surface area compared to conventional fibers.
  • Applications include cosmetics, medical products, filtration, protective textiles, and energy devices.
  • Dense nanofiber networks enhance particle blocking efficiency.
  • Yes. Properly engineered nanofiber materials are safe for skin contact.
  • Their porous structure enables rapid fluid uptake and retention.
  • Lifespan depends on application conditions and usage environment.
  • Nanofibers provide significantly higher surface area and improved performance.
  • Yes. Functional agents can be incorporated to provide antimicrobial or active properties.
  • Yes. Nanofibers enhance breathability, softness, and moisture management.
  • Future innovations include smart textiles, bioactive materials, and advanced filtration solutions.

Electrospinning

  • Electrospinning is an advanced fiber production process that uses an electric field to create ultra-fine fibers from polymer solutions or melts.
  • A high-voltage electric field draws a polymer jet into extremely thin fibers that solidify and form a nanofiber web.
  • A wide range of synthetic and natural polymers can be electrospun depending on application requirements.
  • It enables ultra-fine fibers, high surface area, excellent breathability, superior filtration efficiency, and functional customization.
  • Electrospinning can produce fibers ranging from tens of nanometers to several micrometers.
  • Solvents are selected based on polymer compatibility, safety, and performance requirements.
  • Yes. Electrospun materials are widely used in wound care, tissue engineering, and medical filtration.
  • Fiber uniformity is controlled through voltage, flow rate, polymer concentration, and environmental conditions.
  • Humidity, temperature, and airflow significantly influence fiber formation and morphology.
  • It is a high-throughput method that produces multiple fiber jets simultaneously for industrial-scale output.
  • Melt electrospinning produces fibers from molten polymers without solvents, offering an environmentally friendly alternative.
  • Modern electrospinning systems allow scalable industrial production while maintaining fiber quality.
  • Process optimization and environmental control are required for consistent results.
  • Fiber alignment can be controlled through collector design and electric field manipulation.
  • Electrical safety measures, ventilation, and proper solvent handling are essential.
  • Yes. Electrospinning enables multi-layer functional structures with tailored properties.
  • Porosity is controlled through fiber diameter, deposition density, and process parameters.
  • Healthcare, cosmetics, filtration, energy, textiles, and advanced materials industries use electrospun materials.
  • Voltage influences jet stability and fiber diameter, affecting uniformity.
  • Humidity affects solvent evaporation rate and fiber morphology.

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