iSANMATE Red ASA Filament 1.75mm or iSANMATE 1.75mm Silk Dual Color? Which iSANMATE Model to Buy
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You are comparing isanmate asa filament 1 75mm red vs 3d printer filament options from iSANMATE. Both spools contain 1kg of 1.75mm material and share a vacuum-sealed packaging style to protect against moisture. The main difference lies in their chemical composition and intended use. One is an ASA grade built for outdoor durability, while the other is a PLA+ silk variant designed for aesthetic appeal. Your choice depends on whether you prioritize weather resistance or visual finish.
Key differences
| Aspect | iSANMATE Red ASA Filament 1.75mm 1kg | iSANMATE 1.75mm Silk Dual Color PLA |
|---|---|---|
| Material Type | ASA | PLA+ |
| Surface Finish | Standard | Silk |
| Color Effect | Solid Red | Dual Color |
| Max Print Speed | 100mm/s | 130mm/s |
| Dimensional Accuracy | +/- 0.02mm | +/- 0.03mm |
| Print Temperature | 240°C - 270°C | 190°C - 220°C |
Which one should you choose?
Choose iSANMATE Red ASA Filament 1.75mm 1kg if
- You need parts that withstand UV exposure and outdoor weather conditions.
- You require higher dimensional accuracy for functional mechanical components.
- You are printing with a closed-enclosure printer capable of high temperatures.
Choose iSANMATE 1.75mm Silk Dual Color PLA if
- You want a shiny, silk-like aesthetic for decorative models.
- You prefer dual-color effects that change appearance under light.
- You are using an open-frame printer with lower maximum temperatures.
Verdict: Choose the ASA filament if your project demands durability and environmental resistance. Select the Silk Dual Color PLA if your goal is visual impact and easier printing conditions. Both materials offer reliable performance for their specific niches.
ASA Durability vs Silk Aesthetics
Material Composition
You need to choose between ASA and PLA+ based on your project needs. Product A uses ASA, a material known for high durability, mechanical strength, and thermal resistance. It is designed for functional parts that face outdoor elements. Product B uses PLA+, a variant of polylactic acid that prioritizes ease of use and visual appeal. PLA+ offers excellent layer adhesion and is less prone to warping than standard PLA. ASA requires a closed environment and higher temperatures, while PLA+ is user-friendly for most FDM printers. If you need weather resistance, ASA is the only choice here. If you want decorative items, PLA+ is better.
Color and Finish
The visual output differs significantly between these two filaments. Product A is a solid Red color. It provides a consistent, uniform appearance suitable for parts where color consistency matters. Product B features a Dual Color Silk finish, specifically Purple and Pink in this variation. It uses coextrusion to create a shimmering, color-changing effect that attracts attention. This makes Product B ideal for decorative models, art pieces, or prototypes where aesthetics are the priority. Product A lacks any special finish, offering a standard matte or semi-gloss look depending on settings. Choose Product A for professional functional parts and Product B for eye-catching displays.
Print Speed
Maximum print speed capabilities vary between the two materials. Product A recommends a speed range of 30-100mm/s, with a maximum of 100mm/s. This moderate speed helps manage the higher temperatures required for ASA and reduces the risk of clogging or poor layer bonding. Product B supports a higher maximum speed of 130mm/s, with a recommended range of 40-130mm/s. This allows for faster production of decorative items without sacrificing quality, thanks to the smooth feeding characteristics of PLA+. If you need to print quickly, Product B offers a clear advantage. However, if you prioritize precision over speed for functional parts, the lower speed of Product A is appropriate.
Temperature Requirements
Printing temperatures dictate the hardware requirements for your printer. Product A requires a nozzle temperature of 240°C-270°C and a hot bed temperature of 80°C-100°C. These high temperatures are necessary for ASA to achieve proper adhesion and prevent warping, often requiring an enclosed chamber to maintain heat stability. Product B operates at much lower temperatures, with a nozzle range of 190°C-220°C and a bed temperature of 45°C-60°C. This makes Product B compatible with a wider range of printers, including those without heated beds or enclosures. If your printer lacks high-temperature capabilities, Product B is the safer choice.
Dimensional Accuracy
Precision is critical for parts that need to fit together. Product A boasts a dimensional accuracy of +/- 0.02mm. This tighter tolerance ensures that your printed components will have consistent dimensions, which is vital for functional assemblies and mechanical parts. Product B has a dimensional accuracy of +/- 0.03mm. While still good, this is slightly less precise than Product A. For most decorative prints, this difference is negligible. However, if you are printing gears, brackets, or other functional items where fit is crucial, the tighter tolerance of Product A provides a slight advantage in reliability and consistency.
Choose Your iSANMATE Filament
Outdoor functional part makers
You need durability for outdoor use. This ASA filament offers UV and weather resistance. It handles temperatures up to 100°C on the bed. The dimensional accuracy is +/- 0.02mm for precise parts. It resists breakage and color degradation. Use it in a closed environment for best results.
Visual display and art creators
You want striking visual effects. This silk dual-color PLA features shimmering purple and pink hues. It prints at lower temperatures, up to 220°C. The max speed reaches 130mm/s for faster prints. It is clog-free and easy to use. The finish attracts attention for decorative models and art pieces.
General hobbyists seeking ease
You prefer hassle-free printing. This PLA+ filament is bubble-free and tangle-free. It feeds smoothly and removes supports easily. The bed temperature only needs 45–60°C. It works with most FDM printers. The silk finish adds aesthetic value without complex settings. It is ideal for quick, reliable prints.
The products compared
iSANMATE Red ASA Filament 1.75mm 1kg
Best for: Outdoor functional parts requiring UV resistance
- Material Type
- ASA
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Max Print Speed
- 100mm/s
- Dimensional Accuracy
- +/- 0.02mm
- Color
- Red
View on Amazon: iSANMATE Red ASA Filament 1.75mm 1kg Affiliate link
This iSANMATE ASA filament is designed for outdoor functional parts that need UV and weather resistance. It comes in a 1.75mm diameter with a dimensional accuracy of +/- 0.02mm. You can print at speeds up to 100mm/s, making it efficient for larger projects. The material requires a hot bed temperature between 80°C and 100°C. It is vacuum-sealed to maintain quality. This spool is ideal if you need durable red prints for exterior use.
Pros
- Provides excellent UV and weather resistance for outdoor stability
- Dimensional accuracy is +/- 0.02mm for precise prints
- Maximum print speed reaches 100mm/s for faster production
- Vacuum-sealed packaging includes desiccant to prevent moisture damage
Cons
- Requires a closed printing environment to manage fumes
- Needs a heated bed set to 80°C - 100°C
- Print temperature range is 240°C - 270°C
Good fit if
- You need durable parts for outdoor exposure
- You require high dimensional accuracy for functional components
- You want a red color option for your prints
Skip if
- You lack a heated bed capable of 100°C
- You prefer printing in an open environment
- You need multi-color silk effects instead of solid red
Verdict: iSANMATE ASA Filament 1.75mm Red is a solid choice for makers who need UV-resistant parts for outdoor use. It fits users who can manage higher temperatures and require precise, durable functional prints.
iSANMATE 1.75mm Silk Dual Color PLA
Best for: Aesthetic hobby prints with color effects
- Material Type
- PLA+
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Max Print Speed
- 130mm/s
- Dimensional Accuracy
- +/- 0.03 mm
- Surface Finish
- Silk
View on Amazon: iSANMATE 1.75mm Silk Dual Color PLA Affiliate link
This iSANMATE filament features a 1.75mm diameter with a shiny silk finish and dual-color effect. It is a PLA+ material designed for FDM printers, offering a dimensional accuracy of +/- 0.03 mm. The recommended printing temperature ranges from 190°C to 220°C, with a max speed of 130mm/s. You get a 1kg spool that is vacuum-sealed and dried for 24 hours to prevent moisture damage. It is suitable for users seeking aesthetic, color-shifting prints.
Pros
- Dual-color purple and pink silk finish
- 1.75mm diameter with +/- 0.03 mm accuracy
- PLA+ material with good layer adhesion
- Vacuum-sealed and pre-dried packaging
Cons
- Limited to PLA+ material properties
- Requires dry storage after opening
- No mention of spool hub compatibility details
Good fit if
- You want a shiny, color-changing aesthetic
- You print with standard FDM printers
- You need precise dimensional accuracy
Skip if
- You require high-temperature resistance
- You need matte or opaque finishes
- You print with large-format industrial printers
Verdict: iSANMATE Silk PLA Dual Color Filament delivers a distinct visual effect for hobbyists. It fits users who prioritize aesthetics and standard PLA+ performance over engineering-grade durability.
Specifications side by side
| Spec | iSANMATE Red ASA Filament 1.75mm 1kg | iSANMATE 1.75mm Silk Dual Color PLA |
|---|---|---|
| Material Type | ASA | PLA+ |
| Filament Diameter | 1.75mm | 1.75mm |
| Net Weight | 1kg | 1kg |
| Max Print Speed | 100mm/s | 130mm/s |
| Dimensional Accuracy | +/- 0.02mm | +/- 0.03 mm |
| Surface Finish | not stated | Silk |
| Compatible Material | ASA | PLA |
| Color | Red | Purple + Pink |
| Finish | not stated | Silk |
| Color Effect | not stated | Dual Color |
| Application | Functional Parts | not stated |
| Dimensions | 1 × 1 × 1 inches | 1 × 1 × 1 inches |
| Weight | 2.2 pounds | 2.71 pounds |
| Size | 1X 1KG | Silk PLA |
| Model | ASA-Red | PLA-DC04 |
Frequently asked questions
Is iSANMATE Red ASA good for outdoor projects?
Yes, it is ideal for outdoor functional parts. The ASA material provides strong UV resistance, protecting prints from sun damage. It also offers high durability and mechanical strength. This makes it suitable for parts exposed to weather elements, ensuring they remain intact over time.
What is the dimensional accuracy of the ASA filament?
The iSANMATE ASA filament maintains a dimensional accuracy of +/- 0.02mm. This precision ensures that your printed parts fit together correctly. You can rely on consistent layer height and diameter for functional assemblies that require tight tolerances and precise engineering results.
Does the Silk Dual Color PLA have a special finish?
Yes, it features a distinct silk finish. The PLA+ material is designed to create a unique visual effect with dual color properties. This option is best for hobbyists who prioritize aesthetics and visual appeal over the heavy-duty durability required for functional mechanical parts.
Which filament is better for precise functional prints?
The iSANMATE ASA Red is the better choice for precise functional prints. It is engineered for durability and mechanical strength. With its +/- 0.02mm accuracy, it handles higher temperatures and resists breakage. This makes it superior for engineering tasks compared to the aesthetic-focused Silk PLA.
Can I use the Silk PLA for outdoor parts?
No, the Silk Dual Color PLA is not recommended for outdoor use. It is a standard PLA+ material focused on visual effects and hobby prints. It lacks the UV and weather resistance of ASA. Use the ASA filament instead for any parts exposed to sunlight or outdoor elements.
What color options are available for the Silk PLA?
The iSANMATE Silk Dual Color PLA is available in a Purple and Pink color scheme. This specific combination creates a striking dual-color visual effect on the final print. It is designed to enhance the aesthetic quality of decorative items and hobby projects rather than functional utility.
Is the ASA filament suitable for high-temperature environments?
Yes, the ASA filament is suitable for higher temperature applications. It offers thermal resistance that standard PLA cannot match. This allows you to print functional parts that may experience heat exposure. It is a robust choice for engineering needs where material stability under heat is critical.