Dies for production of hollow bricks which demand extrusion stability and high strength of final fired products. Depending on the client’s needs we offer easy regulations using front and back external breaks which ensure complete uniformity especially for multi-exit dies.

 General features:

• Die conical part depending on the clay and extrusion process properties for maximum final products quality.
• Flexible regulations using external or internal breaks.
• High extrusion stability with uniform exit columns speed
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel.
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Internal and external breaks with tungsten carbide hard facing or hard chromium plating.

Compatible die types:

• SFS
• SFI-B1
• SFM-B1
• SFM-B2

Dies for production of big clay blocks with the optimum design for balanced extrusion without internal stresses. This ensures high strength blocks with accurate geometrical dimensions.  Depending on the client’s needs we give the possibility of easy regulations using external and internal breaks.

General features:

• Medium conical part depending on the clay and the extrusion process properties for maximum final products quality.
• Flexible regulations using external or internal breaks.
• Optimum design of the core holder for high extrusion balance
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel.
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Internal and external breaks with tungsten carbide hard facing or hard chromium plating.

Compatible die types:

• SFS
• SFI-B1
• SFM-B1
• SFM-B2

Dies for production of solid and facing bricks for high quality products. The optimum design taking into consideration the clay and the extrusion properties have as a result, high quality products with maximum and uniform compaction and strength. The system of external and internal breaks gives the possibility for easy and accurate adjustments.

General features:

• Conical part depending on the clay and the extrusion process properties for maximum final products quality.
• Flexible regulations using external or internal breaks.
• Optimum design of the core holder for high extrusion balance
• All the die parts can be replaced easily.

 Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel.
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Internal and external breaks with tungsten carbide hard facing or hard chromium plating.

 Compatible die types:

• SFS
• SFI-B1
• SFM-B1
• SFM-B2
• SF-LSB

Dies for production of split tiles which demand high quality construction with minimum tolerances.

The correct selection of the used materials is the most important factor for successful quality results and for a long-life die.

The system of special formed breaks gives the possibility for easy and accurate adjustments.

General features:

• Small conical part depending on the clay and the extrusion process properties for maximum final products quality.
• Flexible regulations using internal breaks.
• Optimum design of the core holder for high extrusion balance
• All the die parts can be replaced easily.

 Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel.
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Internal breaks with tungsten carbide hard facing or hard chromium plating.

 Compatible die types:

• SFS
• SFI-B1

Dies for production of tiles which demand high quality construction with minimum tolerances.
The correct selection of the used materials is the most important factor for successful quality results and for a long-life die.

Die with a simple construction design for easy extrusion with the minimum energy consumption. Its suitable for easy extruded clays without drying sensitivity. Its required high extrusion stability and clay preparation.

A system of internal breaks can balance the clay regulation.

General features:

• Small conical part for less friction losses.
• Flexible regulations using internal breaks.
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with internal protection liner for easy maintenance.
• Internal metal liner by hardened steel or hard chromium plating steel
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.

Internal and external breaks with tungsten carbide hard facing or hard chromium plating.

Dies with medium conical part with the best combination of uniform clay extrusion and productivity.

It is suitable for the production of all types of bricks ensuring high quality and strength.

There is possibility of easy regulations using external and internal breaks.

General features:

• Medium conical part depending on the clay and the extrusion process properties for maximum final products quality.
• Flexible regulations using external or internal breaks.
• Optimum design of the core holder for high extrusion balance
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel.
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.

Internal and external breaks with tungsten carbide hard facing or hard chromium plating.

Dies with long conical part for high clay compression. Its suitable for multi-exits dies since it minimizes the clay humidity fluctuations ensuring extrusion stability and high strength products.

There is possibility of easy regulations using external and internal breaks.

General features:

• Long conical part for extrusion stability and high compression.
• Flexible regulations using external or internal breaks.
• High extrusion stability with uniform exit columns speed
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.

Internal and external breaks with tungsten carbide hard facing or hard chromium plating.

Dies like type SFM-B1 with extra back external breaks for easier and more effective external clay regulations. All the adjustments can be made during production, without losing time for assembly and disassembly of the die.

General features:

• Long conical part for extrusion stability and high compression.
• Flexible regulations using front and back breaks.
• High extrusion stability with uniform exit columns speed.
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel
• Core holder made by hardened steel or hard chromium plated steel.
• Cores made by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.

Internal and external breaks with tungsten carbide hard facing or hard chromium plating

Dies with long conical part and water lubrication system. The optimum design of the internal water canals gives the flexibility of separated speed regulations for each part of brick (corners and sides), ensuring easy and accurate extrusion adjustment.

There is possibility of extra regulations using system of internal breaks.

General features:

• Long conical part for extrusion stability and high compression.
• Water lubrication system for each part of brick (corners and sides).
• Flexible regulations using external or internal breaks.
• All the die parts can be replaced easily.

Technical specifications:

• Metal body of the die with combination of hard metal plates with internal protection liners for easy maintenance.
• Internal metal liners of hardened steels or hard chromium plating steel.
• Core holder made by hardened steel or hard chromium plated steel – if it is necessary.
• Frame by heat treated steel, chromium plated steel, ceramic materials, or tungsten carbide.
• Internal breaks with tungsten carbide hard facing or hard chromium plating.