iSANMATE 1.75mm Silk Dual Color or iSANMATE 1.75mm UV Color Changing? Which iSANMATE Model to Buy
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You are comparing isanmate 3d printer filament vs pla 3d printer options to find the right material for your next project. Both iSANMATE products use PLA+ with a 1.75mm diameter and +/- 0.03 mm dimensional accuracy. They share similar print temperatures and speeds. The main difference lies in their visual effects. One model features a static dual-color silk finish. The other changes color when exposed to UV light or sunlight.
Key differences
| Aspect | iSANMATE 1.75mm Silk Dual Color PLA | iSANMATE 1.75mm UV Color Changing PLA+ |
|---|---|---|
| Color Effect | Dual Color (Shimmering) | UV/Sunlight Color Change to Blue |
| Surface Finish | Silk | Not listed |
| Print Temperature | 190°C-220°C | 190°C-220°C |
| Max Print Speed | 130mm/s | Not listed |
| Bed Temperature | 45°C-60°C | Not listed |
Which one should you choose?
Choose iSANMATE 1.75mm Silk Dual Color PLA if
- You want a filament with a consistent, shimmering silk finish.
- You need a wider recommended print speed range for faster jobs.
- You prefer a dual-color effect that does not change over time.
Choose iSANMATE 1.75mm UV Color Changing PLA+ if
- You want your prints to change color under sunlight or UV light.
- You are printing models that will be displayed in bright environments.
- You do not require a specific silk surface finish.
Verdict: Choose the Silk Dual Color if you need a consistent, shiny finish for indoor displays. Pick the UV Color Changing model if you want interactive prints that shift hue in sunlight. Both share reliable PLA+ quality and precise dimensions.
Dual Color vs UV Change Filament
Color effect
You get two very different visual results with these filaments. The iSANMATE 1.75mm Silk Dual Color PLA offers a permanent, shimmering dual-tone finish. It combines colors like Purple and Pink or Blue and Silver directly into the strand. This creates a static, eye-catching model that does not change after printing. In contrast, the iSANMATE 1.75mm UV Color Changing PLA+ reacts to light. It shifts color, turning blue under sunlight or ultraviolet light. This effect is dynamic but temporary. The product notes warn that long exposure to sunlight causes the color change effect to fade. You choose based on whether you want a constant dual-tone look or a reactive UV shift.
Surface finish
The surface appearance is a key differentiator for your prints. The iSANMATE 1.75mm Silk Dual Color PLA features a distinct Silk finish. This gives your models a shiny, delicate, and smooth texture that attracts attention. The data explicitly lists this as a Silk PLA product. The iSANMATE 1.75mm UV Color Changing PLA+ does not list a specific surface finish in its key specs or features. It focuses on the color-changing property rather than a specific texture like silk or matte. While both are PLA+, only the Dual Color model guarantees a premium silk sheen for your final object. If you want a glossy, metallic-like look, the silk option is the clear choice.
Print compatibility
Both filaments are designed for broad compatibility with standard FDM 3D printers. They share the same 1.75mm diameter and dimensional accuracy of +/- 0.03 mm. This ensures smooth feeding and reduces clogging risks. The iSANMATE 1.75mm Silk Dual Color PLA is marketed as PLA+, which typically offers better layer adhesion and less warping. The iSANMATE 1.75mm UV Color Changing PLA+ is also labeled as PLA+. Both recommend a print temperature range of 190°C to 220°C and a hot bed temperature of 45°C to 60°C. You can use either with most machines without adjustment, making them equally accessible for your hardware.
Print speed
When it comes to how fast you can print, the iSANMATE 1.75mm Silk Dual Color PLA provides specific guidance. It recommends a printing speed between 40mm/s and 130mm/s. This upper limit allows for relatively fast production of dual-color models. The iSANMATE 1.75mm UV Color Changing PLA+ does not list a maximum print speed in its provided data. While it shares the same temperature range, the lack of speed data means you may need to experiment more to find the optimal rate. The Dual Color model gives you a verified high-speed ceiling of 130mm/s for efficient printing.
Packaging and storage
Proper storage is vital for PLA filaments to prevent moisture absorption. The iSANMATE 1.75mm Silk Dual Color PLA comes in a vacuum-sealed package. The data states it is dried for 24 hours before packaging to ensure performance. It also advises storing it in the resealable aluminum foil bag after opening. The iSANMATE 1.75mm UV Color Changing PLA+ lists spool dimensions but does not explicitly mention vacuum sealing or pre-drying in its features. Both require careful handling, but the Dual Color model provides explicit details on its dry state and sealed protection, ensuring you start with optimal material quality.
Which iSANMATE Filament Fits You
You want permanent shiny two-tone prints
This Silk Dual Color PLA delivers a shimmering, multi-color effect that remains visible after printing. It uses a coextruded process to blend shades like Purple and Pink permanently. The surface finish is consistently shiny. You get reliable layer adhesion and easy support removal. The dimensional accuracy stays within +/- 0.03 mm for precise details.
You want color shifting under UV light
This UV Color Changing PLA+ reacts to sunlight or ultraviolet light by shifting to blue. The effect is dynamic and interactive. The material maintains PLA+ quality with superb layer bonding. It shares the standard 1.75mm diameter and +/- 0.03 mm accuracy. Note that prolonged sun exposure may reduce the color change effect over time.
You need reliable printing with easy setup
Both filaments offer similar print speeds and temperatures. However, this Dual Color option emphasizes a vacuum-sealed package to maintain dryness. Silk filament absorbs moisture easily, so the sealed bag helps preserve performance. It works well with most FDM printers. You benefit from clog-free feeding and less entanglement during the printing process.
The products compared
iSANMATE 1.75mm Silk Dual Color PLA
Best for: Aesthetic dual-color silk prints
- 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 silk finish with dual-color effects that shift between purple and pink. It is a PLA+ material with a diameter of 1.75mm and a dimensional accuracy of +/- 0.03 mm. The recommended print speed reaches 130mm/s, allowing for faster jobs than standard PLA. It is designed for most FDM 3D printers and includes a vacuum-sealed package to maintain dryness.
Pros
- Silk surface finish for a shimmering look
- Dual color effect shifts between purple and pink
- PLA+ material reduces warping and clogging
- Dimensional accuracy of +/- 0.03 mm
- Max print speed up to 130mm/s
Cons
- Dual color effect is limited to specific color shifts
- Requires vacuum-sealed storage to prevent dampness
- Narrower temperature range than typical PLA
Good fit if
- You want a silk finish with color-changing effects
- You need PLA+ for better layer adhesion
- You print with most FDM 3D printers
Skip if
- You prefer a matte or glossy finish
- You need a single solid color
- You require a wider temperature range
Verdict: iSANMATE 1.75mm Silk Dual Color PLA+ is a practical choice for makers seeking aesthetic, color-shifting prints with reliable dimensional accuracy. It fits users who value the silk finish and dual-color versatility in their FDM projects.
iSANMATE 1.75mm UV Color Changing PLA+
Best for: UV-reactive color changing prints
- Material Type
- PLA+
- Filament Diameter
- 1.75mm
- Net Weight
- 1 kg
- Dimensional Accuracy
- +/- 0.03 mm
- Size
- 1KG
- Weight
- 2.2 pounds
View on Amazon: iSANMATE 1.75mm UV Color Changing PLA+ Affiliate link
This is iSANMATE PLA+ filament designed to change color when exposed to UV light or sunlight. It features a 1.75 mm diameter with a dimensional accuracy of +/- 0.03 mm. The material offers strong layer bonding for reliable prints. You get a 1 kg spool suitable for standard 3D printers. It is ideal for you if you want interactive, color-shifting models that react to light exposure.
Pros
- PLA+ material provides superior layer bonding
- Changes to blue under UV or sunlight
- 1.75 mm diameter with +/- 0.03 mm accuracy
- Prints easily at 190°C to 220°C
Cons
- Color change effect fades with long sunlight exposure
- Single color output per spool
- No mention of moisture-proof packaging
Good fit if
- You want prints that react to UV light
- You need reliable dimensional accuracy for detailed parts
- You prefer PLA+ for stronger layer adhesion
Skip if
- You require multi-color prints from one spool
- You need color change that lasts indefinitely outdoors
- You prefer standard PLA without special effects
Verdict: iSANMATE PLA+ UV Color Changing Filament is a practical option for you if you want interactive prints that shift color in sunlight. It suits users who value strong layer bonding and precise dimensions for special effect models.
Specifications side by side
| Spec | iSANMATE 1.75mm Silk Dual Color PLA | iSANMATE 1.75mm UV Color Changing PLA+ |
|---|---|---|
| Material Type | PLA+ | PLA+ |
| Filament Diameter | 1.75mm | 1.75mm |
| Net Weight | 1kg | 1 kg |
| Max Print Speed | 130mm/s | not stated |
| Dimensional Accuracy | +/- 0.03 mm | +/- 0.03 mm |
| Surface Finish | Silk | not stated |
| Compatible Material | PLA | PLA |
| Size | Silk PLA | 1KG |
| Finish | Silk | not stated |
| Color Effect | Dual Color | not stated |
| Dimensions | 1 × 1 × 1 inches | not stated |
| Weight | 2.71 pounds | 2.2 pounds |
| Color | Purple + Pink | F- Uv Color Change to Rose Red |
| Model | PLA-DC04 | PLA175-UV |
Frequently asked questions
Is iSANMATE Silk Dual Color filament true PLA or PLA+?
The iSANMATE 1.75mm Silk Dual Color PLA is classified as PLA. It features a silk finish and dual-color effect. This model is designed for aesthetic prints that shift between shades like Purple and Pink. It offers reliable dimensional accuracy for your FDM projects.
Does the UV color changing filament change color permanently?
No, the color change is reactive to UV light. The iSANMATE 1.75mm UV Color Changing PLA+ shifts to Rose Red when exposed to sunlight. This interactive effect is temporary and depends on lighting conditions. It is ideal for special effect models that respond to the environment.
What is the dimensional accuracy of these iSANMATE filaments?
Both filaments maintain a dimensional accuracy of +/- 0.03mm. This precision ensures consistent layer bonding and reliable print dimensions. You can expect tight tolerances for both the Silk Dual Color and UV Color Changing options, making them suitable for detailed models requiring exact sizing.
Which filament is better for shiny, two-tone prints?
Choose the iSANMATE 1.75mm Silk Dual Color PLA for shiny, two-tone results. It provides a permanent, shimmering finish using a coextruded process. The blend of colors like Purple and Pink remains visible after printing. It is the best choice if you want consistent aesthetic appeal without external factors.
Can I use these filaments for interactive outdoor models?
Yes, the UV Color Changing PLA+ is suitable for interactive outdoor displays. It shifts color in sunlight, reacting to UV exposure. This makes it perfect for models that change appearance based on lighting. The Silk Dual Color option does not offer this reactive feature, so stick to the UV variant.
What spool weight should I expect for these products?
The Silk Dual Color PLA weighs 2.71 pounds. The UV Color Changing PLA+ weighs 2.2 pounds. Both are standard spool weights for 1kg prints. The difference accounts for the specific material density and packaging. You will receive a full spool ready for your 3D printer.
Are these filaments compatible with standard FDM printers?
Yes, both iSANMATE filaments are compatible with standard FDM printers. They use a 1.75mm diameter, which is the industry standard. The PLA+ material ensures strong layer bonding. You can use them for most desktop 3D printers that support PLA materials without needing special hardware adjustments.