New Bondtech CHT BiMetal Nozzles are here in Australia! 

Image of bimetal nozzles before nickel plating - Product is sold with nickel coating

LIMITED STOCK AVAILABLE HERE

 

Bondtech CHT BiMetal Nozzles for V6 RepRap Applications

The new Bondtech CHT BiMetal nozzles are all about processing abrasive materials.

Made for demanding users and demanding applications and supported by the high flow CHT technology.

Why upgrade to a CHT Nozzle?

The new Bondtech CHT Bi-Metal Nozzle has some of the best price to performance and designed to be the last nozzle you will ever need. It's hardened Vanadium steel core for abrasion resistance, copper body for thermal performance and nickel coating for protection against corrosion, erosion, and abrasion makes it the best high flow nozzle. 

CHT Nozzles and Retractions

No problem with retractions. Below is a skull printed with a 0.6mm nozzle using 0.6mm as retraction distance.

Can you cold pull with a CHT Nozzle?

You can cold pull or atomic pull a Bondtech CHT BiMetal nozzle without issues. Below is a image of how the stand comes out of the hotend.

CHT Bi-Metal Nozzles Features:

• Copper bodies for enhanced thermal performance;
• Hardened Vanadium Steel tips and CHT inlets for long lasting endurance to use carbon and glass fiber composite materials;
• Nickel coating for protection against corrosion, erosion, and abrasion.

Increase the Max Volumetric Flow of your RepRap M6 style heat block by 50%

Manufactured by Bondtech Sweden in-house

 

 

Will fit the following blocks and printers:

Bondtech CHT BiMetal MK8 Coated Nozzle Features

• Body Material: Copper
• Core material: Hardened Vanadium Steel
• Coating: Nickel Plated
• Unit Size: 1 Nozzle
• Available sizes : 0.40, 0.60, 0.80, and 1.0mm
• Optimized for: 1.75mm filament
• Compatible with: 2.85mm filament.
• Wrench Size: 6mm
• Manufactured: Sweden

Bondtech CHT BiMetal MK8 Coated Nozzle Advantages

• Abrasive-proof to work with Carbon and Glass fiber composite materials;
• Higher melt capacity by increasing the surface area of the heating walls
• Flow Rate gains between 25 and 65% (check data table below)
• Competitive price/performance price
• Machined with ultra-precision
• Copper body and Hardened Vanadium Steel inserts nozzle with Nickel coated surface
• Follows nozzle standard:
  • MK8 (M6×1×5×13)
• May be used with 1.75 or 2.85mm hotends.

Australian / Local stock of V6 Compatible Versions also available. See HERE

Flow Rate gains may vary. Results depend on the hardware, materials and print settings used

Standard Nozzle Data

Extruder	LGX 1.75
Arm position	Pos 1
Motor	LDO Nema17
Room Temperature	20-25 C
Material	HT-PLA
Fil. Manufacturer	AddNorth
Vref (Current)	(500ma)
Nozzle Size	0.6 Standard Nozzle

 

Hotend	E3D Volcano	0.6 standard Nozzle
Temperature (C)	Feed rate	Flow Rate (mm^3/s)
200	520	20,85
210	585	23,45
220	630	25,26
230	705	28,26
240	750	30,07
250	810	32,47
260	865	34,68
270	910	36,48
280	960	38,48

 

CHT Nozzle Data

Extruder	LGX 1.75
Arm position	Pos 1
Motor	LDO Nema17
Room Temperature	20-25 C
Material	HT-PLA
Fil. Manufacturer	AddNorth
Vref (Current)	(500ma)
Nozzle Size	0.6 CHT Nozzle

 

Hotend	E3D Volcano	0.6 CHT Nozzle
Temperature (C)	Feed rate	Flow Rate (mm^3/s)
200	650	26,06
210	810	32,47
220	910	36,48
230	1090	43,70
240	1175	47,10
250	1250	50,11
260	1360	54,52
270	1450	58,13
280	1580	63,34

 

Bondtech CHT Volcano Flow Rate Gains

( mm^3/s )	(%)
Absolute Increase	Relative Increase
5,21	25%
9,02	38%
11,22	44%
15,43	55%
17,04	57%
17,64	54%
19,84	57%
21,65	59%
24,85	65%

 

 

AVAILIBLE SOON IN AUSTRALIA - PLEASE CONTACT US AT THE EMAIL BELOW FOR MORE INFORMATION

SALES@SAYERCNC.COM.AU