3D printer filament Powerton ABS Smart 1000g — stormy grey

Powerton ABS Smart 1000 g — stormy grey is a general-purpose ABS filament formulated for FDM/FFF 3D printers. The 1 kg spool supplies a rigid thermoplastic that prints into durable parts with a matt stormy grey finish. The material is intended for functional prototypes, housings and mechanical components where stiffness, impact resistance and temperature stability typical of ABS are required. Use standard ABS printing parameters and ensure good bed adhesion and ventilation for consistent results.

Advantages

This Powerton ABS Smart filament offers balanced mechanical properties with reliable layer adhesion and low warping when printed under recommended conditions. The stormy grey colour delivers a neutral, professional look suitable for visible components and functional models. Supplied on a 1000 g spool, the filament provides sufficient material for medium-scale prints and iterative prototyping cycles.

Suitable for

• Functional prototypes and proof-of-concept parts
• Enclosures and housings for electronics and devices
• Mechanical parts, brackets and fixtures
• Replacement components and small production runs

Key specifications

• Material: ABS thermoplastic
• Spool weight: 1000 g
• Colour: stormy grey (matte appearance)
• Form factor: filament for FDM/FFF printers
• Typical properties: good stiffness, impact resistance and heat resistance relative to common 3D printing polymers

How to use

Load the filament onto an FDM/FFF 3D printer compatible with ABS. Set nozzle temperature, bed temperature and print speed according to your printer manufacturer’s ABS recommendations; typical starting values are higher nozzle temperatures and a heated bed to minimise warping. Use a suitable build surface or adhesive to improve bed adhesion and consider an enclosure or ambient temperature control to reduce thermal gradients. Ensure adequate ventilation when printing ABS.

Usage recommendations

For best results, dry the filament if it has absorbed moisture before printing, use a heated bed and, if available, an enclosure to reduce warping. Post-processing such as acetone vapor smoothing or sanding can improve surface finish when required. Monitor first layers closely to confirm adhesion and dimensional accuracy.