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Filamet H13 Tool Steel

Ref.: H13TOOL-TVF-175-500

230.31 €

Tax excl.

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Format

Volume discounts

Quantity	Discount	Price
5	10% 10%	207.28 € 207.28 €
10	15% 15%	195.76 € 195.76 €

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In stock 2 units available for immediate shipping.
units available for shipping in 11 - 15 days Available for shipment within 11 - 15 days

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Approximate delivery date: Monday 12 May

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The Filamet H13 Tool Steel filament is a composite material by The Virtual Foundry made with 86.8 % of H13 tool steel, with a density of 3.56 g/cm³. After a sintering process, parts 3D printed with Filament H13 Tool Steel turn into 100 % metallic parts characterized by strength and resistance to wear, properties inherited from H13 tool steel (resistant to thermal softening, high strength, high toughness and high hardenability).

Calibration rings 3D printed with the Filamet H13 Tool Steel filament, before sintering

Image 1: Calibration rings 3D printed with the Filamet H13 Tool Steel filament, before sintering. Source: The Virtual Foundry.

The Filamet H13 Tool Steel filament prints just like any other filament from TVF and similarly to PLA, with little to no warping. Some examples of compatible 3D printing equipment are Creality or Prusa, or any other open material FFF/FDM 3D printer and even 3D printing pens. Although easy to print, this material should be printed with an abrasion resistant nozzle (hardened steel) with a diameter of at least 0.6 mm due to the abrasive nature of the metal within the filament.

Using the Filamet H13 Tool Steel filament allows for a significant reduction of tooling and machining costs for short run manufacturing, prototyping and one-off metal parts since any design with any level of customization can be made in a matter of one day with the help of Filamet H13 Tool Steel and a 3D printer.

General information
Manufacturer	The Virtual Foundry
Material	Metal + binder
Format	0.5 kg
Density	3.56 g/cm³
Filament diameter	1.75 / 2.85 mm
Filament length	(Ø 1.75 mm - 0.5 kg) ±58.4 m / (Ø 2.85 mm - 0.5 kg) ±22.0 m
Amount of filler (volume)	86.8 %
Amount of filler (mass)	- %

Printing properties
Printing temperature	210 ºC
Print bed temperature	60 ºC
Recommended nozzle	Stainless steel
Recommended nozzle diameter	Min. 0.6 mm

Mechanical properties
Elongation at break	- %
Tensile strength	- MPa
Tensile modulus	- MPa
Flexural strength	- MPa
Flexural modulus	- MPa
Surface hardness	-

Thermal properties
Softening temperature	55 ºC

Sintering properties
Container	Refractory crucible
Refractory powder	Steel mix
Maximum temperature	1260 ºC

Specific properties
Radiation protection (without sintering)	-

Other
HS Code	7205.21

PRINTING TIPS

It is necessary to use a hardened nozzle of at least 0.6 mm diameter with the Filamet H13 Tool Steel to avoid excessive nozzle deterioration and faulty prints. It is recommended to place the spool so that the filament is going straight into the extruder and set the flow rate to 135 % for best results. Little to no warping occurs during printing with the Filamet H13 Tool Steel filament. As far as recommended infill, the manufacturer explains this in detail in this video:

Video 1: The recommended infill for the TVF materials. Source: The Virtual Foundry.

It is extremely important to note that filament dryers have an adverse effect on this material, hence Filamet H13 Tool Steel should not be dried before use. Nevertheless, proper storage is crucial for filament quality and successful prints as it protects the filament from humidity. It is recommended to store Filamet H13 Tool Steel in a tightly sealed bad with desiccant or in an intelligent filament container.

SINTERING PROCESS

Necessary materials:

STEP 1: Placing the piece

Fill the crucible with refractory powder leaving 40 mm free on the surface of the crucible.
Immerse the piece in the refractory powder making sure to leave a gap of at least 15 mm between the surface of the piece and the walls and upper and lower parts of the crucible. The refractory powder must not be compacted.
Fill the free 40 mm on the surface of the crucible with sinter carbon.
Place the crucible in the furnace.

STEP 2: Thermal debind

Heat up to 204 ºC at a speed of 33 ºC/h.
Keep at 204 ºC for 2 hours.
Heat up to 427 ºC at a speed of 17 ºC/h.
Keep at 427 ºC for 6 hours.
Heat up to 538 ºC at a speed of 33 ºC/h.
Keep at 538 ºC for 2 hours.

STEP 3: Sintering

Heat up to 1260 ºC at a speed of 333 ºC/h.
Keep at 1260 ºC for 4 hours.

STEP 4: Cooling

Cool down to 583 ºC at a speed of 111 ºC/h.
No hold.

More detailed instructions for crucible packing, debinding and sintering can be found here, in the section that describes debinding and sintering steel.