ABS Filament Fluorescent 1.75mm 1kg Yiqiu3D Impact Resistant Smoothable

Brand: Yiqiu3D · Model: ABS 1.75mm 1kg · Brittle decorative prints crack at the first drop, and a part that softens in a warm room is not an end-use part at all. This ABS takes impact: the printed wall flexes and recovers before it breaks, and it holds its shape in warm service far beyond what PLA tolerates. It is also the grade that can be sanded, drilled and acetone-smoothed after printing. Round 1.75 mm strand, 1 kg net per spool, the nozzle setting confirmed per application.

  • Nine shades
  • Published parameters: ABS
  • use the ABS profile of your printer.
Compare filaments
Diameter 1.75mm
Tolerance ±0.03mm
Material ABS
Quick Answer

What makes ABS different from PLA?

ABS is a styrenic engineering plastic: it absorbs impact instead of cracking, holds its shape at service temperatures well above what PLA tolerates, and can be sanded, drilled, glued and acetone-smoothed after printing. PLA prints more easily and holds finer detail. Choose ABS when the part has to survive handling, warmth and a drop; choose PLA when the priority is an easy, clean print.

Full answers below

Is it right for my project?

Best for: Suited to durable end-use parts needing impact strength plus heat tolerance, with vapour smoothing possible - available in 9 colours; lead colour White. Not ideal for: Avoid for food-contact or high-emission environments without proper ventilation - available in 9 colours; lead colour White.

Print settings

Nozzle 240-260°C

01 · Why this one

Product highlights

4 reasons

Nine shades, led by White: White, Black, Natural, Grey, Fluorescent Orange, Red, Pink Red, 9344 C and Aqua Blue. Fluorescent Orange and Aqua Blue are the high-visibility shades for jigs, safety parts and props that have to be found quickly on a bench. Every color is supplied on a 1 kg spool and the label carries its own color name, so a mixed order can be sorted against the packing list.

Published parameters: ABS, 1.75 mm round diameter, 1 kg net filament per spool, the nozzle setting confirmed per application, nine colors, round spool. ABS is a styrenic grade: it sands, drills and bonds with acetone, and a vapor-smoothing pass in a sealed container turns a printed surface glossy. We do not publish a heated bed temperature and we do not publish a metre figure for this grade

use the ABS profile of your printer.

Print ABS enclosed and ventilated. The melt gives off styrene fumes, so run an enclosed machine with extraction, or print in a room with real air movement, and keep the chamber closed so the part does not warp. ABS needs a heated bed held hot for the whole job and a slow cool-down inside the frame. The 1 kg spool is a standard round 1.75 mm spool and fits common FDM printers, including Bambu Lab and Creality style machines with an enclosure.

Technical Data

Specifications

Diameter 1.75mm
Tolerance ±0.03mm
Material ABS

Print Profile

ABS Filament Fluorescent 1.75mm 1kg Yiqiu3D Impact Resistant Smoothable prints best at 240-260°C nozzle.

Nozzle Temp240-260°C

Spool Specification

Spool details for your feeding and handling setup.

Gross Weight1.35 kg
Length385
Spool Size (L×W×H)21 × 21 × 7 cm
Pack FormatPiece

Attributes

Country / Regionchina
HS Code39169050
Item No.abs-fluorescent-impact-resistant-smoothable-props
Product Name ABS Filament
Grade ABS
Cross-section Shape Circular
Item No. 757
Application 3D Printing
Appearance Various Colors
Length 385
Before You Ask

Frequently Asked Questions

What makes ABS different from PLA?
ABS is a styrenic engineering plastic: it absorbs impact instead of cracking, holds its shape at service temperatures well above what PLA tolerates, and can be sanded, drilled, glued and acetone-smoothed after printing. PLA prints more easily and holds finer detail. Choose ABS when the part has to survive handling, warmth and a drop; choose PLA when the priority is an easy, clean print.
Will this filament fit my printer?
The spool is a standard round 1.75 mm 1 kg spool, so it fits common FDM printers and standard spool holders. ABS is a process grade, not a plug-and-play one: it needs an enclosed chamber and a heated bed, and the print area has to be ventilated or fitted with extraction, because the melt gives off styrene fumes. Bambu Lab and Creality style machines with an enclosure qualify.
What print settings do you recommend?
Nozzle temperature confirmed for your application for this grade. We do not publish a heated bed temperature, so start from the ABS profile of your printer and hold the bed hot for the whole print. Keep the chamber closed, keep part cooling low so the layers bond, and let the part cool inside the enclosure. If you have not run ABS before, print a small test part before a full-size job.
How much filament is on one spool, and how long is the strand?
1 kg net of ABS on a standard round 1 kg spool. We do not publish a metre figure for this grade, because usable length varies with the diameter and the density of the batch. If a project needs a set number of parts, send us the quantity and we will confirm how many 1 kg spools to quote.
What is this ABS best used for?
Functional and end-use parts: housings, brackets, jigs, tooling aids, props, models and parts that have to survive a drop or a warm room. It is also the grade to choose when a printed surface must be sanded or acetone-smoothed. Avoid food-contact parts, and do not print it in a high-emission area without ventilation. For long-term outdoor UV exposure, choose ASA instead.
How is the spool packed and stored?
Each spool is vacuum-sealed with a desiccant pack and boxed in a plain export carton. ABS picks up little moisture compared with PLA, but a sealed spool keeps the surface clean and feeds evenly. Store spools away from sunlight and damp floors, keep the bag closed between jobs, and do not stack heavy cartons on the spools.

Documentation & Downloads

Everything we publish for this material, in one place.

Ready to Order

Get factory-direct pricing on ABS Filament Fluorescent 1.75mm 1kg Yiqiu3D Impact Resistant Smoothable

Not sure this is the right material? → Compare filaments