1.75mm Silk Shiny PLA 6-in-1 Basic Colors Bundle Pack - Smooth Silk

In this review the 1.75mm Silk Shiny PLA 6-in-1 Basic Colors Bundle is presented as a versatile sample pack for hobbyists, educators and small workshops; the single biggest reason to buy is the consistent silk luster across six popular colors that produce glossy, pearly surfaces right off the printer. The review shows it is best for those who want attractive visual results and easy feeding, while noting occasional material brittleness reported by users. It is a solid, low-odor PLA bundle for color testing and decorative prints.

Key Features

• Six popular silk colors: Includes Silk Shiny Black, Red, White, Sapphire Blue, Dark Purple and Green so users can print a variety of glossy, coordinated pieces without buying full spools.
• Compact sample pack: Each of the six spools is 250g, totaling 1.5kg, which makes this bundle convenient for testing colors and settings before committing to larger quantities.
• Silk luster finish: The filament produces a smooth, pearly surface that enhances decorative prints and gives models a unique silky shine without additional post-processing.
• Printer compatibility: Diameter tolerance at 1.75mm is designed for reliable feeding on most FDM printers and 3D pens, reducing the chance of jams when used with recommended nozzle sizes.
• Easy to print formulation: Made from 100% new eco-friendly PLA with low odor and minimal bubbling, which helps achieve clean layers and fewer flow issues for typical desktop printers.
• Extras included: Each box ships with a small mixed PLA sample bag and a bottle of adhesive stick as a practical tool for bed adhesion and first prints.

Who It's For

This bundle is aimed at hobbyists, educators and designers who value visual finish and want a cost-effective way to try multiple silk-effect colors for display pieces, cosplay accents or classroom projects. The 250g spools make swapping colors easy and the glossy surface reduces the need for sanding or painting on many decorative items.

Users who need mechanically robust or highly flexible parts, or who require industrial-grade impact resistance, should look to other specialty filaments; several customers noted the material can be brittle for high-stress functional parts. Also, if you require very large single-color runs, larger spools are a better fit than this sample-style pack.

Pros & Cons

Pros

• Attractive silk luster gives prints a smooth, pearly appearance with minimal finishing.
• Six popular colors in one pack make color testing and small projects simple and economical.
• Low odor, made from new eco-friendly PLA, and designed to feed smoothly on most desktop FDM printers.
• Includes helpful extras like mixed color samples and a glue stick for bed adhesion.

Cons

• Reports of material brittleness mean it may not be suitable for parts that must withstand impact or heavy mechanical stress.
• Some users experienced mixed adhesion performance depending on printer and bed setup, so tuning may be required.

Specifications

Our Verdict

The 1.75mm Silk Shiny PLA 6-in-1 bundle is a good value for makers focused on appearance, providing six glossy colors in a manageable 250g spool format and useful extras for getting started. It is especially useful for decorative prints, prototypes and classroom projects, though teams needing durable functional parts should consider stronger filaments. Overall it delivers attractive finishes and solid compatibility for most desktop FDM setups.

Frequently Asked Questions

Will this filament work on my standard FDM printer?
Yes; the 1.75mm diameter and standard tolerance make it compatible with most desktop FDM printers and many 3D pens when using a 0.4mm or larger nozzle.

Is this filament suitable for functional parts?
The filament is best for decorative and display items; customers reported brittleness in some prints, so it is not ideal for high-stress functional parts.

What extras come in the box?
Each box includes one bag of mixed PLA color samples and a premium adhesive stick to help with bed adhesion and first prints.