Polymer granules
THERMOPLASTICS - AMORPHINE / PS, HI-PS, ABS, SAN, ASA, PVC, PMMA, PC, PPO, CA, CAB, CAP, CP, PET- G, PA 6-3-T, PSU, PEI ..
PARTIALLY CRYSTAL / PP, LDPE, HDPE, PA, PPA, POM, PBT, PET, PPS, PEK, PEEK, LCO, PFA ..
THERMOPLASTIC ELASTOMERS / TPE-0, TPE-S, TPE-U, TPE-E, TPE-A, EVA
COMPOSITES WITH THERMOPLASTIC MATRIX / FILLERS
POLYMER MIXTURES / PC / ABS, PC / PBT, PC / ASA, PA / ABS, PSU / ABS ..
Synthetic plastics / made from fossil raw materials
Bioplastics / made from renewable sources
In order for these polymers to have the required properties, we modify them with various additives such as:
Stabilizers:
thermooxidative
UV stabilizers
Plasticizers
Polymer modifiers
Lubricants
Antistatic additives (reduce electrostatic charge)
Retarders - flame retardants according to the given classification up to (self-extinguishing)
Blowing agents - reduce the weight of materials
Dyes, pigments, optical brighteners - to be rogue.
Filler - a composite material composed of several additives (polymeric material + filler) of two or more different materials with different properties, which in the end form a composite.
The polymer matrix is composed of a polymeric material with additives and a filler.
Fillers:
Particulate: (calcium carbonate, silicon dioxide, talc, wood flour, glass beads)
Ground materials: (mica, kaolin, chalk, slate)
Microparticles: (glass fiber-GF, carbon-CF, metalMDxmineralMFnaturalNF, aramid RF,)
Additives for improving the processability of polymer melts:
Thermal thermo-oxidative stabilizers
Internal lubricants:
To improve the flow properties of the melt
These embodiments are mixed into containers and transported via a hopper to an injection molding machine. Subsequently, they heat up to the melting temperature. The molten material is injected under high pressure into the cavity of a closed mold, which it fills. After the material has cooled, the mold is opened and the mechanism pushes the final product out. Products made in this way are characterized by very good dimensional and shape accuracy. For this reason, only minimal or no finishing work is required on the parts. Meeting high demands allows their use in our own products or for the needs of external customers.
When outputting moldings, we also perform output control by a set of required operations where we check the values of the product according to the specified quantities.
At the customer's request, we can also describe products using engraving, laser or tamponing techniques. Surface polishing.
We can ensure the drawing of your product and subsequent processing on a 3D printer and, after approval, ensure the production of a mold for the given product.