Foundry & Refractory

Our material range for high-temperature applications enable the cost-effective printing of accurate, complex shapes resistant to fire and heat.
Foundry
Our extensive range of foundry materials offer the material properties to print non-combustible molds, cores and consumables. In addition to the trusted Furan and Phenol organic system binders, CONCR3DE also offers a safer and more sustainable alternative with the Inorganic binder option.
CONCR3DE Foundry Quartz P
This Phenol foundry material offers a range of benefits:
  • Suitable for casting both ferrous and non-ferrous metals
  • Refractoriness SK33 (1.730°C)
  • Excellent mechanical properties and collapsibility
  • High dimensional stability
  • Create intricate and detailed castings
Powder PF1001 Quartz Powder
Binder BF1002 Phenol Binder
CONCR3DE Foundry Quartz I
This Inorganic foundry material offers a range of benefits:
  • Safe, minimizing hazardous gas emissions
  • Refractoriness SK33 (1.730°C)
  • Sustainable, compostable material
  • Reclaimable sand
Powder PF1001 Quartz Powder
Binder BF1003 Inorganic Binder
CONCR3DE Foundry Cerabeads P
This Phenol foundry material offers a range of benefits:
  • Little thermal expansion
  • High resistance to wear, crush and thermal shock
  • Excellent fluidity and filling efficiency
  • Stable grain size distribution and air permeability
  • High refractoriness (SK37, 1.825°C)
Powder PF1002 Cerabeads Powder
Binder BF1002 Phenol Binder
CONCR3DE Foundry Cerabeads I
This Inorganic foundry material offers a range of benefits:
  • Safe, minimizing hazardous gas emissions
  • Sustainable, compostable material & reclaimable sand
  • High resistance to wear, crush and thermal shock
  • Excellent fluidity and filling efficiency
  • High refractoriness (SK37, 1.825°C)
Powder PF1002 Cerabeads Powder
Binder BF1003 Inorganic Binder
Are you curious to explore alternative foundry material options, or have different requirements?
Contact our team today – we can engineer your custom foundry material for use on our open platform printers for you.
Powders & Binders
Powders
Binders
PF1001 Quartz Powder
PF1002 Cerabeads Powder
PF1003 Olivine Powder
PF1004 Chromite Powder
BF1002 Phenol Binder
BF1003 Inorganic Binder
Refractory
Using printed parts in for example kilns and ovens requires highly specific materials with high temperature resistance. CONCR3DE created a cement that combines the benefits of 3D printing with the required resilience.
CONCR3DE Refractory Cement
This cold ceramic material offers a range of benefits:
  • High temperature resistance
  • Ability to print large objects
  • Accuracy to print complex designs
  • Firebox and glazed application options
  • Cost-effective and highly scalable production
Powder PR1001 Refractory Powder
Binder BS1001 Mineral Binder
Would you like to print refractory bricks with alternative properties?
Contact our team today – we can engineer your custom refractory material for use on our open platform printers for you.
Powders & Binders
Powders
PR1001 Refractory Powder
Binders
BS1001 Mineral Binder

Related items

Foundry & Refractory
CONCR3DE offers tailored solutions for high-temperature applications. Foundries and industries making use of refractory materials in kilns and ovens can now enjoy the benefits of instantly 3D printing complex shapes in specific fire and heat resistant materials.
Armadillo Gray
Create smaller parts or test shapes before printing full-scale objects or elements. This small-scale printer features all applicable add-ons for printing stone and concrete materials, including an integrated control station and the Reduction Insert.
Technology
Binder jetting 3D printing is based on two key elements: a powder and a binder. The powder can be a concrete, metal, ceramic, or other material you want to bond in powder form. The binder is a liquid, which acts as an adhesive between powder layers.
Services
CONCR3DE offers value-adding services every step of the way - from the moment you first consider 3D printing to running industrial-scale production. Material research, specific application and process optimizations – we are here for you.
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