FusCoating™ NexPA-CF25

FusCoating Series

FusCoating™ NexPA-CF25

NexPA-CF25

FusCoating ™ NexPA - CF25 ist eine die doppelte einzulullen. Der 25% ist die hitze nylon 3d-drucken XianCai. Bei der außenhaut handelt es sich um pylonium mit hoher kleckigkeit, während der kern des drahtgerätes mit kurzen carbonfaser verstärkt wird. FusCoating ™ 3d-drucken einzulullen. XianCai benutzt Gao Fenzi RongTi in aus bei dauert normalerweise CengLiu der, XianCai in durch drucker dusche nach kann stabil doppelte einzulullen., ausgedruckt. Z. Zwischen. Kann immer für des aus aus zwischen

Official channels / sales reps Procurement

Unannealed83 Annealed124.2 After annealing, saturated moisture treatment100.7

HDT-A / degC

Unannealed96.1 Annealed196.9 After annealing, saturated moisture treatment190.2

HDT-B / degC

Unannealed8996.26 Annealed9989.47 After annealing, saturated moisture treatment8812.7

Young's Modulus / MPa

Unannealed109.68 Annealed118.19 After annealing, saturated moisture treatment108.86

Tensile Strength / MPa

Diameter1.75mm Weight2.5kg / 3kg

Spool Info

PRODUCT PARAMETERS V2

FusCoating™ NexPA-CF25

Synced from Product Parameters V2: Basic & Appearance

Product Name FusCoating™ NexPA-CF25

Product Model NexPA-CF25

Forming Process FDM Compatible Filament

Color / Appearance 黑色（Black）

Package Weight 2.5 kg / 3 kg

Filament Diameter 1.75 mm

Brand FusRock

Supplier FusRock

Document type

Version

Time

Action

TDS

5.1

2025-02-01

Strict mode

Slicer	Printer brand	Printer model	Nozzle diameter	Profile source	Compatible printers	Notes	Last modified	Action
BambuStudio	拓竹	X1 Carbon	0.4mm	Official	-	-	260503	Download config
No matching print profile files.

PRODUCT PARAMETERS V2

Print parameters

Synced from the linked Product Parameters V2 record — use as a starting point for slicing and test prints.

Spool routing and moisture protection while printing

How to route filament
Recommended
Use a diagram like your internal “correct feeding layout” poster (replace with image in backend):
[Image: correct feeding path — bearing-equipped dry box + PTFE tube to the extruder]
Use with a dry box and ensure snag-free feeding. Prefer a bearing-supported dry box and route through PTFE tubing into the hotend.
Not recommended
Do not casually “hang” moisture-sensitive filament outside the printer (absorbed moisture can cause stringing, failed prints or poor cosmetics).
If you must hang a spool, check whether brackets or sheet-metal tabs interfere with the spool flange, causing extrusion drag or jams. (Add your solution link or note below.)
[Image: tab contacting spool flange]
Example: machine tab rubbing against spool flange
Moisture control
Refresh desiccant on schedule so the filament is not silently saturating while the hygrometer barely moves.
During printing keep filament in a proper dry box. Avoid heated “dry boxes” marketed for use while actively printing if they bake the spool unevenly—they can worsen aging and trap moisture inside.
When printing from AMS / AMS 2, monitor humidity badges/indicators and replace desiccant as needed.
If filament picks up moisture, dry it promptly (see the Moisture treatment & storage tab).

Printing Window

Core temperature, speed and cooling settings from Product Parameters V2.

Nozzle Temperature 300 - 340 °C

Bed Temperature 70 - 80 °C

Print Speed 30 - 120 mm/s

Suggested Nozzle 0.4 - 1 mm

Hardware & Platform

Nozzle, build plate and pre-print preparation recommendations.

Nozzle Material Materials with hardness equal to or higher than hardened steel

Build Plate Material PEI or Coating with PVP glue

Enclosure Printing Support box-unsealed printing; box sealing is recommended for large-sized models.

Support & Compatibility

Support material, spacing and compatible material recommendations.

Raft Gap 0.08 - 0.12 mm

Retraction 1 - 3 mm

Retraction Speed 30 - 60 mm/s

Notes

Additional guidance maintained in Product Parameters V2.

Other Suggestions Nylon material is very easy to absorb moisture within the environment, and printing after absorbing moisture will result ozzing, extruding with bubbles and rough surface appearance, thus reducing print quality. It is recommended that put the filament into a dry box (humidity below 15%) immediately after opening the FusCoatingT™ NexPA-CF25 vacuum foil bag for printing. Please put the unused filament back into the original aluminum foil bag for sealed storage. After the material is damp, there will be more printing ozzing, bubbles extruded and rough printing surface. Please dry the filament in an oven at 80-100℃ for 4-6h to restore the printing quality of FusCoating™ NexPA-CF25. It is recommended to use hardened steel and above grade nozzles made by Phaetus, which can effectively improve the print quality. Besides, it is recommended that the thickness of the heating block is longer 12mm. After the printing is completed, the FusCoating™ NexPA-CF25 printed part can be annealed to further improve the strength of print part. Annealing conditions: leave printing part in an oven at 80-100℃ for 4 to 8 hours and cool to room temperature naturally.

Application cases for this filament Live listings from the Application Cases section (same taxonomy as the CMS).

1 cases

Industrial Parts 2026-05-09

Industrial instrument structure shell

FusRock 3D printing materials in the Industrial Parts segment, illustrated by “Industrial instrument structure shell”, balancing structural strength, print fidelity and field reliability.

No FAQs for this product yet.

General safety (FusRock)

For intensive long-term 3D printing, use a dedicated room with adequate ventilation.
If you have allergies, confirm the materials you use do not trigger a reaction.
Wear a mask if you have chronic respiratory conditions; others are strongly advised to wear a mask during operation.
When sanding or cutting fiber-reinforced parts, use proper PPE to avoid skin contact or inhalation.
Keep printing away from children and infants.

Spool routing & moisture control while printing

How to route filament

Recommended

Use a diagram like your internal “correct feeding layout” poster (replace with image in backend):

[Image: correct feeding path — bearing-equipped dry box + PTFE tube to the extruder]

Use with a dry box and ensure snag-free feeding. Prefer a bearing-supported dry box and route through PTFE tubing into the hotend.

Not recommended

Do not casually “hang” moisture-sensitive filament outside the printer (absorbed moisture can cause stringing, failed prints or poor cosmetics).

If you must hang a spool, check whether brackets or sheet-metal tabs interfere with the spool flange, causing extrusion drag or jams. (Add your solution link or note below.)

[Image: tab contacting spool flange]

Example: machine tab rubbing against spool flange

Moisture control

Refresh desiccant on schedule so the filament is not silently saturating while the hygrometer barely moves.
During printing keep filament in a proper dry box. Avoid heated “dry boxes” marketed for use while actively printing if they bake the spool unevenly—they can worsen aging and trap moisture inside.
When printing from AMS / AMS 2, monitor humidity badges/indicators and replace desiccant as needed.
If filament picks up moisture, dry it promptly (see the Moisture treatment & storage tab).

Storage (moisture protection)

Short breaks	Store in a sealed dry box or apply a simple vacuum pack; avoid direct sunlight.
Long-term storage	Return filament to the factory foil bag, squeeze out air (add a fresh desiccant pack if available), then place inside a household vacuum bag and pull vacuum. Keep in a cool, dry place away from sunlight.

Drying damp filament — guidelines

Drying parameters

PTC compact dryer box: 60–70 °C for 4–6 hours.

Small lab oven (forced-air): temperature uniformity is often limited; spools can warp. Reduce temperature/time (example: 40–45 °C for ~4 hours) and cross-check the material-specific drying notes in the datasheet.

Important: if print quality does not improve, test with an empty spool before raising temperature—non-uniform heat can deform plastic flanges.

Large forced-air oven: 60–70 °C for 4–6 hours.

PS: Why do devices differ? Add an internal article or external link (“learn more”).

Precautions

⚠ Read before drying

When in doubt, run an empty-spool temperature trial before increasing heat.
Follow the recommended temperatures/times from the product / material admin page.
Prefer forced-air ovens; do not blast the spool directly with hot air.
Avoid exposing the spool edge to a violent air jet.
Do not rest spools only on wire racks—use a flat heat-spreading plate if needed.
Hot spools can burn—use gloves.
Observe fire and electrical safety.
Avoid microwave ovens or other uneven heaters; a temperature-controlled drying oven is preferred.

(Insert “warped vs normal” spool photos here.)

Dry vs damp

What moisture does to prints

Dry	Damp
Cleaner surface, stable color, mechanical properties on spec	Pitting, stringing, whitening, weaker properties (material dependent)

(Optional: 1 / 2 / 3 day exposure at ~80% RH — same test part.)

* Example photos may reference a specific grade (e.g. PAHT-CF); label yours accordingly.

Fusrock® 3D printing filaments are suitable for general printing applications and have been tested under standard conditions. However, the performance and safety of printed products are influenced by multiple factors, including printing parameters, model design, operating environment, and intended use. By using Fusrock® materials, users acknowledge and agree to independently evaluate the suitability of printed items for their specific applications and assume all associated risks. Fusrock® shall not be held liable for any damages, injuries, or losses resulting from the practical use of products printed with its materials, including but not limited to structural failures, malfunctions, or safety hazards in operational environments. Thorough testing must be conducted before applying printed components to critical, functional, or commercial scenarios. Fusrock® products are not certified for medical, aerospace, or life-support systems, except for certifications explicitly stated by Fusrock® for specific materials.

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