Single-Pouch Structure
Multiple components are supplied in separate compartments within one outer package, organised and ready for use.
NC / PACKAGING TECHNOLOGY
An integrated packaging platform developed to supply multi-component reactive systems in the correct ratio, organised and ready for use.
What is NCpack®?
NCpack® keeps components of epoxy, polyurethane, polyaspartic and electrical insulation resin systems separate within one package, supplies them in a fixed ratio and enables controlled mixing at the point of use. Packaging structure, filling design and ease of application are considered together.
Multiple components are supplied in separate compartments within one outer package, organised and ready for use.
Keeps components separate during storage and shipment, with activation through controlled pressure at the point of use.
Compartment and filling arrangements can be developed for two- or three-component formulations according to the mixing ratio and process requirements.
Once the internal barrier is opened, components are mixed inside the package, reducing the need for separate containers, measuring and transfer.
HOW IT WORKS
Follow the journey from storage to application in four steps.
A and B are pre-measured and kept apart by an internal barrier within one sealed pouch.
Controlled pressure opens the internal barrier while the outer pouch stays closed.
Knead the pouch to mix the components uniformly according to the product instructions.
After mixing, open the designated outlet or corner and pour the material into the application area.
2K / 3K
Two-component systems use A/B compartments; three-component systems can use A/B/C. Fill quantities and compartment layout are selected for the product’s mixing ratio and process.
High moisture barrier
The outer packaging provides a moisture barrier; the internal barriers keep the reactive components apart until activation.
Transparent and opaque spouted pouches combine separate component chambers with a capped outlet for application after mixing.
Schematic illustrations. Colours and compartment sizes do not represent actual materials or mixing ratios. Activation sequence, mixing time and application method follow the relevant product instructions.
Scalable design
Kit weight, compartment structure and filling processes can be planned around the requirement, from samples and small controlled applications to high-volume serial production.
Samples, servicing and applications requiring controlled quantities.
Pre-measured packaging for regular production and on-site use.
Custom machinery and filling arrangements based on production quantities and process requirements.
Chemical system compatibility
NCpack® packaging can be adapted to different reactive systems by considering the number of components, mixing ratio, reaction characteristics and intended application method.
Supports the supply of two-component systems with different mixing ratios as pre-measured kits.
Project-specific multi-compartment structures can be designed for polyol, isocyanate and, where needed, a third component.
Supports accurate proportioning, consistent presentation and controlled on-site application of fast-reacting systems.
Makes it easier to prepare resin in the correct ratio and in a controlled manner for potting, encapsulation and connection protection.
For projects where standard packaging is insufficient, kit weight, component ratio, compartment count, barrier structure and filling method are assessed together. NC Teknoloji plans the process around the application's technical requirements, from samples to contract filling and high-volume production.
Why NCpack?
NCpack® is a technology platform developed to protect reactive materials, supply them in the correct ratio and enable controlled preparation by the user.
The NC Teknoloji Approach
Material compatibility, packaging barriers, filling design, fixed ratios and the application method are considered together. The goal is a system that can be manufactured, stored and reliably applied on site.
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