LANDU 3D-Drucker-Haftspray 150ml

Helps reduce edge lifting and print failures
Fine mist supports thin, even surface coverage
Easier release after cooling and water-washable cleanup
Normaler Preis $20.99 USD
Zahlungsmethoden
  • American Express
  • Apple Pay
  • Bancontact
  • Google Pay
  • Mastercard
  • PayPal
  • Shop Pay
  • Union Pay
  • Visa
Fast shipping
14-Day Return
Secure Checkout

LANDU 3D-Drucker-Haftspray wurde entwickelt, um die Haftung der ersten Schicht zu verbessern und Druckfehler durch Modellverzug oder Ablösung zu reduzieren. Dieses 150-ml-Haftspray für Druckbetten erzeugt eine stabile Verbindungsschicht zwischen Filament und Druckoberfläche, die nach dem Drucken leicht zu entfernen ist. Es eignet sich für PLA, PETG, ABS, ASA, TPU und andere FDM 3D-Druckmaterialien. Kompatibel mit PEI-Platten, Federstahlplatten, Glasplattformen und Metall-Druckbetten, hilft es Herstellern, zuverlässigere Drucke sowohl für alltägliche Modelle als auch für Großprojekte zu erzielen.

Hauptmerkmale

  • Starke Haftung der ersten Schicht
    Erzeugt eine zuverlässige Haftschicht zwischen Druckoberfläche und Filament, wodurch Kantenablösung und Druckfehler reduziert werden.
  • Verzugshemmende Leistung
    Verbessert die Druckstabilität für Materialien, die empfindlicher auf Schrumpfung reagieren, einschließlich PETG, ABS, ASA und größere Modelle.
  • Leichtes Lösen nach dem Abkühlen
    Der Klebstoff wird wirksam, wenn die Temperatur des Druckbetts ansteigt, und ermöglicht eine leichtere Modellentfernung nach dem Druck.
  • Langanhaltende Anwendung
    Eine Sprühanwendung kann mehrere Druckzyklen unterstützen, wodurch die Häufigkeit wiederholter Anwendungen reduziert wird.
  • Abwaschbar und leicht zu reinigen
    Die Haftschicht kann mit Wasser gereinigt werden, was die Wartung einfach und bequem macht.
  • Breite Kompatibilität
    Entwickelt für gängige FDM 3D-Druckerplattformen wie PEI, Federstahl, Glas und Metall-Druckbetten.

Technische Daten

Produktspezifikationen und Kompatibilitätsinformationen

Produkttyp 3D-Drucker-Haftspray
Kapazität 150 ml
Anwendung FDM 3D-Druck
Funktion Haftung der ersten Schicht / Verzugshemmung
Kompatible Materialien PLA / PETG / ABS / ASA / TPU
Kompatible Plattformen PEI / Federstahl / Glas / Metall
Reinigungsmethode Wasserabwaschbar

Empfohlene Druckbetttemperatur

Empfohlene Heizbetttemperaturen für gängige 3D-Druckmaterialien.

PLA 50–60°C
PETG 70–75°C
ABS 90–100°C
PEEK 100°C
PC 100°C
ASA 100°C
PLA Silk 50–60°C
TPU 60°C

A More Stable Foundation Helps Reduce Edge Lifting

Uneven first-layer contact can allow an edge or corner to begin lifting as the printed material cools and contracts. A thin, continuous adhesion interface helps the first layer maintain more consistent contact with the build surface.

  • More continuous first-layer contact
  • Better lower-edge stability on large footprints
  • More consistent print results across multi-hour jobs

*Results vary depending on material, model geometry, build-surface condition, printer calibration and temperature settings.

Thin, Even Coverage in Three Steps

STEP 1 Remove and Clean

Remove the build plate from the printer. Make sure the surface is clean, dry and free of oils before application.

STEP 2 Apply a Light, Even Mist

Spray a thin, uniform layer from approximately 20–30cm away onto a room-temperature or slightly warm build plate.

STEP 3 Reinstall and Print

Reinstall the build plate and begin printing using the recommended settings for your material.

Strong During Printing. Easier After Cooling.

During Printing
The polymer interface maintains steady adhesion while the heated bed remains at operating temperature.

After Cooling
As the platform cools to room temperature, thermal contraction causes the grip to relax, allowing the print to release with significantly less force.

Post-Job Cleanup
The water-washable formula dissolves with warm water and standard dish soap. No toxic chemical solvents or scraper gouging required.

Fits Common FDM Printing Workflows

Designed for widely-used filament polymers and standardized build plate substrates.

COMMON MATERIALS
PLA PETG ABS TPU

Covers rigid prototypes, functional enclosures, and flexible components.

BUILD SURFACES
PEI (Smooth/Textured) Glass Spring Steel Bare Metal

Compatible with leading magnetic flex plates and traditional glass beds.

Printing PETG on PEI? Read Recommendations +

PETG can bond aggressively to bare PEI surfaces and may risk damaging the coating upon removal. Applying a light, uniform coat of LANDU Bed Adhesion Spray serves as an effective release interface while maintaining first-layer hold. Always allow the build plate to cool completely to room temperature before lifting printed parts.

FAQ & Files

How do I apply LANDU Bed Adhesion Spray correctly for the best results?

For best results, remove the build plate from your printer before spraying to prevent any overspray from getting onto the printer's linear rails, bearings, or optical sensors. Spray an even, thin layer from a distance of about 20–30 cm onto a clean, room-temperature or slightly warm build plate, then reinstall it.

Does this spray protect PEI sheets from being ruined by PETG?

Yes! PETG is notorious for bonding too aggressively to bare PEI surfaces, sometimes tearing chunks out of the sheet. Applying a thin layer of LANDU Bed Adhesion Spray acts as a protective release barrier, ensuring strong first-layer adhesion while allowing easy removal once cooled.

What are the recommended heated bed temperatures for different filaments when using this spray?

For optimal performance, set your heated bed according to the filament type:

- PLA / PLA Silk: 50–60°C
- PETG: 70–75°C
- TPU: 60°C
- ABS: 90–100°C
- ASA / PC / PEEK: 100°C

How do I clean the adhesive residue off the build plate?

Cleaning is extremely simple because the formula is water-washable. Just remove the build plate, wipe it down with a damp cloth and warm water, or wash it under the tap with mild dish soap to completely clear away old residue.

Will my prints be hard to remove from the bed after using this spray?

No. While it provides powerful adhesion while the bed is hot (preventing warping during printing), the adhesive grip releases naturally as the build plate cools down to room temperature. Most prints will pop off easily once the bed cools.