JAYO TPU 95A White Filament Review: Specs, Pros and Cons
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This jayo tpu 95a white filament review covers a flexible thermoplastic polyurethane roll designed for items needing durability and give. The material is defined by its Shore 95A hardness, which balances stiffness with elasticity. It comes in a 1kg white variant on a reusable spool. The filament features a tight ±0.03mm diameter tolerance to ensure smooth feeding. It is dried for 24 hours and vacuum-sealed to prevent moisture issues. This setup targets users printing everyday objects that require wear resistance.
What stands out
- Shore 95A hardness for a balance of strength and flexibility
- ±0.03mm diameter tolerance for consistent extrusion
- 24-hour drying and vacuum sealing for moisture protection
- Reusable spool design with included filament clips
- Recommended printing speed under 60mm/s
Who it fits
Good fit for
You should choose this filament if you print functional parts that need to bend or twist without breaking. The Shore 95A rating suits everyday items like phone cases, gaskets, or wear-resistant tools. It works well with regular and high-speed 3D printers that handle flexible materials. If you need precise dimensions and a fresh-looking print that withstands deformation, this white TPU offers the necessary give and strength. The low humidity requirement during storage helps maintain print quality.
Who should skip it
You might want to look elsewhere if you require rigid, hard parts for structural applications. This TPU is soft and flexible, so it lacks the stiffness needed for brackets or frames that must hold shape under load. If you prefer fast printing speeds above 60mm/s, this material may not suit your workflow. It is also not ideal for transparent or glossy finishes, as the white color is opaque. Users needing high-temperature resistance beyond standard TPU limits should check other options.
Verdict: This white TPU filament offers reliable flexibility and tight tolerances for durable, everyday prints. It is a solid choice for users prioritizing wear resistance and smooth feeding.
Key specs explained
Shore 95A
This rating defines the material's hardness on a standardized scale. A 95A value indicates a balance between stiffness and flexibility. You get a part that bends without breaking but retains its shape under load. This makes it suitable for phone cases, gaskets, or hinges. Harder rubbers feel rigid, while softer ones deform easily. This grade offers a practical middle ground for durable, everyday objects.
1.75mm
This is the diameter of the filament strand. It is the universal standard for most desktop FDM 3D printers. You must match this to your printer's extruder specifications. Using the wrong size causes feeding errors or clogs. If your machine uses 2.85mm filament, this roll will not work. Always verify your printer's requirements before purchasing any material to ensure smooth operation.
±0.03mm tolerance
This figure represents the allowable variation in filament thickness. A tight tolerance ensures consistent flow from the nozzle. It reduces the risk of clogs and uneven layer adhesion. You benefit from smoother prints with fewer gaps. Wider variations can cause under-extrusion or pressure spikes. This precision helps maintain dimensional accuracy in your final parts.
Nozzle Temperature: 190-230℃
This range indicates the heat required to melt the material. TPU needs lower temperatures than rigid plastics like PLA. Staying within this range prevents degradation or poor layer bonding. If the temperature is too low, the filament may not flow. If too high, it can degrade or string excessively. Adjust your printer settings based on your specific nozzle and speed.
Bed Temperature: 50-60℃
This setting keeps the print surface warm to aid adhesion. Flexible materials often warp or detach if the bed cools too fast. Maintaining this range helps the first layer stick firmly. It reduces the chance of prints failing mid-process. You may need a build surface like PEI or glue stick. This warmth ensures the part remains flat and secure during printing.
Design and build overview
According to the listing, this JAYO filament is a thermoplastic polyurethane (TPU) material with a Shore 95A hardness. This specific rating defines the balance between stiffness and elasticity. You get a part that bends without breaking but retains its shape under load. The material is designed for everyday objects that require some give while withstanding wear and tear. It offers an excellent strength-to-weight ratio, which helps maintain a fresh look on printed items.
The product comes in a white color on a 1kg reusable spool. The spool weighs 2.43 pounds according to the data provided. This weight suggests a solid build that should sit securely on standard printer beds. The filament is precisely wound to prevent tangles and breakage during feeding. Included filament clips allow for easy storage and organization, which keeps the material tidy when not in use. This layout supports hassle-free printing on both regular and high-speed 3D printers.
Tolerance is listed at ±0.03mm, which ensures smooth feeding and extrusion. Each roll is dried for 24 hours and vacuum-sealed to prevent moisture absorption. This packaging choice helps avoid bubbles and clogs during the print process. The design focuses on reliability for flexible prints. You can expect consistent performance when printing items that need to bend or twist. The white finish provides a clean aesthetic for functional prototypes or consumer goods.
Setup And Daily Use
Setting up this JAYO TPU 95A filament requires attention to specific environmental and machine parameters. The listing specifies a nozzle temperature range of 190 to 230 degrees Celsius. You must keep the bed temperature between 50 and 60 degrees Celsius. Printing speed should remain under 60mm/s to ensure quality. Environmental control is critical. The packaging indicates a requirement to keep humidity below 20% RH during both printing and storage. This low humidity threshold suggests the material is sensitive to moisture absorption, which can affect print integrity. The filament rolls are dried for 24 hours before shipping and vacuum-sealed to maintain this dry state. This pre-drying helps prevent bubbling during extrusion. The ±0.03mm diameter tolerance ensures smooth feeding into most extruders. This tight tolerance reduces the risk of clogs, allowing for consistent layer adhesion. The filament is precisely wound to prevent tangles or breakage. Included clips assist with organization. This winding style supports both regular and high-speed 3D printers, though the recommended speed limit remains 60mm/s. The reusable spool design aids in storage and reduces waste. You can store the filament clips with the spool to keep the material contained. The Shore 95A hardness provides a balance of flexibility and stiffness. This property allows for parts that bend without breaking. The material resists deformation, making it suitable for durable everyday items. The white color offers a clean finish. The 1kg weight on a 2.43-pound spool provides ample material for multiple projects. The vacuum sealing ensures the filament remains ready for use upon opening.
Check Compatibility And Storage Needs
Before you buy, ensure your printer handles flexible materials well. Direct drive extruders work best for this TPU. Bowden setups may struggle with feeding. Check your nozzle size. A 0.4mm nozzle is standard, but larger openings reduce clog risks. This filament comes on a reusable spool, so verify your printer accepts this format. You must keep humidity below 20 percent during printing and storage. The roll is vacuum-sealed for 24 hours, but you should reseal it tightly after use. Moisture absorption degrades TPU prints quickly. Store it with silica gel packs. This white variant is one of ten options. If you need other colors, check the available variations. This material suits parts needing durability and slight flexibility. It is not for rigid structural components. Pair it with a reliable drying method if you live in a humid climate. Proper care ensures consistent layer adhesion and smooth surface finishes for your projects.
Check before you buy
- Verify your printer uses a direct drive extruder.
- Ensure your spool holder fits the reusable design.
- Confirm you can maintain humidity below 20 percent.
- Check if 0.4mm nozzles suit your detail needs.
The product at a glance
JAYO TPU 95A White Filament
Best for: Flexible, durable everyday objects
- Material Type
- TPU
- Filament Diameter
- 1.75mm
- Net Weight
- 1kg
- Max Print Speed
- <60mm/s
- Dimensional Accuracy
- ±0.03mm
- Shore Hardness
- 95A
View on Amazon: JAYO TPU 95A White Filament Affiliate link
JAYO offers this 1.75mm TPU filament in a Shore 95A hardness, designed for prints that require flexibility and durability. The 1kg roll comes on a reusable spool and features a tight ±0.03mm diameter tolerance to ensure smooth feeding. It is dried for 24 hours and vacuum-sealed to prevent moisture issues. You should use this material for everyday objects that need to withstand wear while maintaining their shape.
Pros
- Shore 95A hardness balances flexibility with strength
- ±0.03mm tolerance ensures smooth extrusion
- 24-hour drying and vacuum sealing reduce bubbles
- Reusable spool reduces waste
Cons
- Maximum printing speed is limited to 60mm/s
- Requires strict humidity control below 20% RH
- Nozzle temperature range is 190-230°C
Good fit if
- You need flexible parts that resist deformation
- You want to minimize clogs and bubbles
- You prefer reusable spool storage
Skip if
- You require high-speed printing above 60mm/s
- You cannot control ambient humidity below 20% RH
- You need rigid, non-flexible components
Verdict: JAYO TPU 95A White Filament is a reliable choice for makers who need durable, flexible parts and can manage strict environmental controls. It suits users prioritizing print quality over speed.
Specifications side by side
| Spec | JAYO TPU 95A White Filament |
|---|---|
| Material Type | TPU |
| Filament Diameter | 1.75mm |
| Net Weight | 1kg |
| Max Print Speed | <60mm/s |
| Dimensional Accuracy | ±0.03mm |
| Shore Hardness | 95A |
| Printing Technology | FDM |
| Compatible Material | TPU |
| Color | White |
| Weight | 2.43 pounds |
| Size | 95A |
Frequently asked questions
Is JAYO TPU 95A White good for phone cases?
Yes, this filament is a reliable choice for makers who need durable, flexible parts. The Shore 95A hardness balances stiffness with elasticity, allowing parts to bend without breaking. This makes it suitable for items like phone cases that require both protection and a snug fit under load.
What is the weight of the JAYO TPU 95A spool?
The spool weighs 2.43 pounds. This weight corresponds to a standard 1kg net weight of filament material. You get a substantial roll that fits on most standard spool holders, ensuring stable feeding during your print jobs without requiring special mounting hardware.
Does this white TPU filament come on a reusable spool?
Yes, the listing indicates the filament comes on a reusable spool. This design allows you to store leftover material safely after your prints are complete. It helps maintain filament dryness and organization, which is crucial for keeping TPU material in optimal condition for future projects.
Can I use this filament for everyday durable objects?
It is best for flexible, durable everyday objects. The material is designed to withstand regular use while maintaining its shape. You get parts that offer give and resilience, making them ideal for components like hinges, gaskets, or protective bumpers that need to endure physical stress.
What printer extruder type works best with this TPU?
Direct drive extruders work best for this TPU. Bowden setups may struggle with feeding this flexible material due to the risk of buckling. If you have a direct drive system, you can manage the filament more reliably, ensuring consistent extrusion and reducing print failures.
Is this JAYO filament suitable for users prioritizing quality over speed?
Yes, it suits users prioritizing print quality over speed. The material requires strict environmental controls and careful temperature management. You should expect slower print speeds to ensure layer adhesion and surface finish are optimal. This approach yields higher quality results compared to rushing the print process.