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Rectangular damper compatible with I3200 / 4720 / XP600 / DX5 printheads. Rectangular output.

Highly flexible, transparent DTF powder. The powder is placed in a hermetically sealed drawstring bag.Grain size: 80 - 170 μm Volume: 1 kg Melting temperature: 95°C - 110°C Heating temperature: 140°C - 160°C Heating time: 10 - 15 s For more information, please refer to the description below.

1 meter of ink tube with a size of 6*3.2 mm

Highly elastic, transparent TPU DTF powder. The powder is placed in a hermetically sealed drawstring bag. Grain size: fine-grained 0 - 80 um Volume: 1 kg Melting temperature: 95°C - 110°C Heating temperature: 140°C - 160°C Heating time: 10 - 15 s Additional information can be found in the...

Coarse-grained, transparent DTF powder. The powder is contained in a tightly sealed drawstring bag. Grain size: Coarse 120 - 250 µm Volume: 1 kg Melting temperature: 95°C - 110°C Heating temperature: 140°C - 160°C Heating time: 10 - 15 s Additional information is available in the description below.

Rubber, flexible wiper with holes. The wiper size is 20 cm x 2 cm.

Damper compatible with Epson I3200 / 4720 / XP600 / DX5 printheads. Rectangular output.

Highly elastic, transparent TPU DTF powder. The powder is placed in a hermetically sealed drawstring bag. Grain size: fine-grained 0 - 80 um Volume: 1 kg Melting temperature: 100°C - 115°C Heating temperature: 150°C - 160°C Heating time: ~10 s Additional information can be found in the...

White ink circulation splitter with four-channel output. Width: 8 cm.

Highly elastic, white TPU DTF powder. The powder is placed in a hermetically sealed drawstring bag. Grain size: fine-grained 0 - 80 um Color: White (white pigment) Volume: 1 kg Melting temperature: 100°C - 115°C Heating temperature: 140°C - 160°C Heating time: 10 s Additional information can be...

Plate Diameter: 45 mmInternal Tube Diameter: 3 mmMicron Size: 2.5µ

The DTF powder with an antistatic additive has been developed to achieve clean and precise prints. During DTF printing, the film, rollers, and guides often become electrically charged due to friction, causing fine powder particles to stick in random areas, including places without print. After...