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Reference: 8430095616954
Brand: Nazza
Isopropyl alcohol, also known as 2-propanol or isopropanol, is used as a cleaner for electrical contacts. -Does not leave residues -purity >99.5% isopropyl alcohol. It is NOT a dissolution -Slightly soluble in water Useful for cleaning the printing bed, as well as for cleaning the remaining resin on printed parts without a trace of stains.
Reference: 572-1205
Nozzles (nozzle) for 3d printer, valid for most printers and materials on the market. See in the description the options to select
Reference: 8411322235803
Brand: 3dlac
3DLAC SPRAY 400ml - STRONG AND LONG-LASTING ADHESION - EXTENDED DURABILITY (APPROX. 400 APPLICATIONS) - NO WARPING Its function is to maintain the first layer of plastic to maintain the start of printing constantly, avoiding undesirable errors. 3DLAC is the perfect replacement for Kapton tape and otros types of fasteners due to its cost savings and easy...
Reference: CAPPTFETL
Brand: Capricorn
This item is sold in units of 10 cm, you can adjust the desired length, adding as many units as you want. We will supply the tube to you continuously for lengths less than 2 m. (for example if you add 5 units we will send you a continuous tube of 50 cm) High quality Teflon tube, with very low friction and high temperature resistance. Capricorn XS vs TL...
Reference: REF000081R
This item is sold in 10cm units, you can adjust the desired length, adding as many units as you want. We will supply you with the tube continuously for lengths less than 2m. (for example, if you add 5 units we will send you a continuous tube of 50cm) Generic Teflon Tube Inner Diameter (ID): 1.9mm ± 0.15mm Outer Diameter (OD): 4.0mm
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The ASA offers optimized UV resistance, low odor, and excellent dimensional accuracy. Its impact resistance and color stability make it ideal for exterior parts, housings, and prototypes. Prints feature a smooth matte finish with minimal yellowing.
The use of fiberglass (GF) as reinforcement in filaments for 3D printing (commonly mixed with ASA) transforms a standard polymer into an industrial-grade material. This combination seeks to balance the climatic resistance of the ASA with the mechanical stability of the fibers.
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The addition of short glass fibers acts as a "skeleton" within the plastic matrix.
High Rigidity (Tensile Modulus): It is significantly stiffer than the standard ASA . This makes it ideal for parts that do not need to be flexed under load.
Dimensional Stability: Fibers drastically reduce thermal shrinkage. This means that the parts have superior dimensional accuracy and suffer much less from warping (corner deformation) during printing.
Impact Resistance: Although it is more brittle than pure ASA in terms of elongation, it absorbs structural impacts well thanks to the dispersion of energy in the fibers.
ASA (Acrylonitrile Styrene Acrylate) is already known for its durability, but fiberglass enhances certain aspects:
UV resistance: Like the base ASA , it does not degrade or turn yellowish in direct sunlight, making it perfect for outdoors.
High Thermal Resistance: Fiberglass increases the thermal deflection temperature (TDH). Parts can hold their shape at higher temperatures than conventional ASA (usually withstanding up to 95°C - 105°C).
Printing with this material requires specific considerations due to its abrasive nature:
Matte Surface Finish: The fibers usually give a matte finish that helps hide the coat lines, achieving a professional and technical aesthetic.
Layer Adhesion: Offers excellent cohesion between layers, reducing delamination compared to otros technical materials such as ABS.
Abrasiveness: Crucial: Because fiberglass is extremely hard, it will quickly wear out standard brass nozzles. It is mandatory to use hardened steel or ruby-tipped nozzles.
The ASA offers optimized UV resistance, low odor, and excellent dimensional accuracy. Its impact resistance and color stability make it ideal for exterior parts, housings, and prototypes. Prints feature a smooth matte finish with minimal yellowing.
The use of fiberglass (GF) as reinforcement in filaments for 3D printing (commonly mixed with ASA) transforms a standard polymer into an industrial-grade material. This combination seeks to balance the climatic resistance of the ASA with the mechanical stability of the fibers.