Anycubic PC Filament 1kg - Translucent White HPCTW-10

Anycubic PC Filament 1kg - Translucent White HPCTW-10

Create strong, heat-resistant and visually distinctive 3D-printed components with Anycubic PC Filament 1kg in Translucent White. Made from engineering-grade polycarbonate, this filament combines excellent impact resistance, mechanical strength and thermal stability with a smooth, semi-transparent appearance. Ideal for functional prototypes, lamp housings, electronic enclosures and engineering projects, it is designed for compatible high-temperature FDM 3D printers.

Key Features:

• Engineering-grade polycarbonate (PC) filament
• Translucent White colour with a lustrous finish
• Semi-transparent appearance for creative applications
• Excellent impact resistance and toughness
• Heat deflection temperature of 110°C
• High mechanical strength and structural stability
• Weather and UV resistance
• Consistent extrusion and strong layer adhesion
• Suitable for functional and decorative prints
• 1.75mm filament diameter
• 1kg net filament weight
• Recommended nozzle temperature: 270-290°C
• Recommended heated bed temperature: 100-120°C
• Recommended printing speed: 40-250mm/s
• Filament drying required before printing
• Compatible with suitable high-temperature FDM printers
• Intelligent filament identification on supported Anycubic systems
• Reusable filament spool design

Features

Beautiful Translucent White Finish

Anycubic PC Translucent White produces smooth, semi-transparent prints with a subtle lustrous appearance. This distinctive finish is ideal for decorative objects, light-diffusing housings, artistic models and other applications where partial light transmission is desirable.

Engineering-Grade Polycarbonate

Manufactured using durable polycarbonate material, this filament delivers the strength and toughness required for demanding printing projects. It is suitable for functional components, engineering models and structural prototypes.

Excellent Impact Resistance

Anycubic PC is formulated to withstand mechanical impacts and demanding operating conditions. Its excellent toughness makes it a practical material for drone components, protective housings, robotic parts and functional accessories.

Superior Heat Resistance

With a heat deflection temperature of 110°C at 0.45MPa, Anycubic PC offers substantially better heat resistance than standard PLA. This helps printed components maintain their shape in suitable applications involving elevated temperatures.

High Mechanical Strength

Featuring a manufacturer-specified tensile strength of 65 ±6MPa and bending strength of 105 ±10MPa, the material supports the production of durable mechanical and functional parts. Actual printed-part strength depends on design and printing settings.

Weather and UV Resistance

Anycubic PC offers resistance to outdoor environmental conditions, including UV exposure. This makes it suitable for selected outdoor fixtures, accessories and components requiring additional weather durability.

Smooth Printed Surfaces

The specialised polycarbonate formulation supports consistent extrusion and strong layer adhesion. This helps produce smooth-looking prints with reliable dimensional characteristics when used on properly configured equipment.

Ideal for Lighting Applications

The Translucent White finish allows some light to pass through printed surfaces, making it suitable for decorative lighting accessories, lamp shades and light-diffusing enclosures. Transparency varies according to wall thickness, infill and print settings.

Functional Engineering Applications

The combination of strength, toughness and thermal stability makes this filament suitable for brackets, technical prototypes, mechanical housings, outdoor accessories and other demanding printed components.

Efficient Printing Performance

With a recommended printing speed of 40-250mm/s and a maximum volumetric flow rate of 12mm³/s, Anycubic PC supports efficient printing on capable equipment. Actual printing speed depends on the printer, hotend and model requirements.

High-Temperature Printing Requirements

Polycarbonate requires significantly higher printing temperatures than PLA. A suitable printer must support nozzle temperatures of 270-290°C and heated bed temperatures of 100-120°C. An enclosed printing environment is recommended to help minimise warping.

Mandatory Filament Drying

PC filament absorbs moisture, which can affect extrusion quality and mechanical strength. Anycubic requires drying at 80°C for 8-12 hours before printing to achieve reliable results.

Build Plate Adhesion

Strong first-layer adhesion helps reduce lifting and warping during printing. Anycubic specifies using an appropriate build plate adhesive for PC filament.

Intelligent Filament Identification

Supported Anycubic ACE systems can identify compatible filament through intelligent recognition technology, simplifying material setup. Compatibility depends on the printer and filament management system.

Reusable Filament Spool

The reusable spool features a secure locking design for convenient material handling and storage. Its reusable construction also supports compatible filament refill applications.

Recommended Printing and Storage

• Recommended nozzle temperature: 270-290°C.
• Recommended heated bed temperature: 100-120°C.
• Recommended printing speed: 40-250mm/s.
• Recommended nozzle diameter: 0.2mm or larger.
• Drying is required before printing: 80°C for 8-12 hours.
• Use a suitable build plate adhesive.
• An enclosed, high-temperature-capable printer is recommended.
• Store unused filament in a sealed, dry container with desiccant.
• Provide adequate ventilation during printing.
• Translucency varies with print thickness, infill and surface finish.
• Not suitable for printers that cannot reach the required temperatures.

Technical Specifications:

What's in the Box

• 1 x Anycubic PC Filament 1kg - Translucent White

Combine strength, heat resistance and visual appeal with Anycubic PC Filament in Translucent White. Its durable polycarbonate formulation and smooth, semi-transparent finish make it an excellent choice for functional engineering projects, lighting accessories and distinctive 3D-printed components.