Wear parts and wear protection services – approved by the main vertical mill OEM

Wear parts and wear protection services – approved by the main vertical mill OEM

MODERN TECHNOLOGY

FOR YOUR SUCCESS

MODERN TECHNOLOGY

FOR YOUR SUCCESS

Up to 42% longer lifetime

Most environmentally compatible

Less energy consumption

Ready for in-situ hardfacing

Tires & Grinding Plates

Specifications

Variants

Service Life Factor: relative to Ni-Hard IV (factor x1)

H1

Composite tires and grinding plates (tough structural steel base with successive welded-on layers)

• DATASHEET
• TECHNOLOGY COMPARISON SHEET

Type 1: for cement raw material

Type 2: for OPC/composite cement, blast furnace slag/slag cements/fly ash-containing mixes

Type 3: for hardcoal/lignite/ anthracite/petcoke

x1.5

H2 Multilayer

Composite tires and grinding plates. Similar to H1, however using nobler alloys for even longer service life

• DATASHEET

• TECHNOLOGY COMPARISON SHEET

Type 1: for cement raw material

Type 2: for OPC/composite cement, blast furnace slag/slag cements/fly ash-containing mixes

Type 3: for hardcoal/lignite/ anthracite/petcoke

x2.25

H2 Max

Composite tires and grinding plates, manufactured with proprietary technologies, materials, and procedures for maximum service life

• DATASHEET

• TECHNOLOGY COMPARISON SHEET

Type 1: for mineral ore raw mill applications

Type 2: for cement raw mill applications

Type 3: for OPC and composite cements, blast furnace slag, slag cements and fly ash containing mixes

Type 4: for hard coal, lignite, anthracite, and pet coke

x2.55

Specifications

H1

Composite tires and grinding plates (tough structural steel base with successive welded-on layers)

• DATASHEET
• TECHNOLOGY COMPARISON SHEET

Variants

Type 1: for cement raw material

Type 2: for OPC/composite cement, blast furnace slag/slag cements/fly ash-containing mixes

Type 3: for hardcoal/lignite/ anthracite/petcoke

Service Life Factor: relative to Ni-Hard IV (factor x1)

x1.5

Specifications

H1 wire

Pronamic® H1 wire is a self-shielded flux-cored wire for welding. The undiluted deposit contains dense and uniform distribution of primary chromium carbides and eutectic carbides of the M7C3 type. The surface appearance is typical for this type of hardface, with a family of stress-relief cracks (“checkcracks”).

PRODUCT DATASHEET

H2 wire

Pronamic® H2 wire is a self-shielded flux-cored wire for welding. The undiluted deposit contains dense and uniform distribution of primary chromium carbides, vanadium carbides and eutectic carbides of the M7C3 type. The surface appearance is typical for this type of hardface, with a family of stress-relief cracks (“check cracks”).

PRODUCT DATASHEET

T2 wire

Pronamic® T2 wire is a self-shielded flux-cored wire for welding. The undiluted deposit contains dense and uniform distribution of primary chromium carbides and complex niobium, molybdenum, tungsten and vanadium carbides. The surface appearance is typical for this type of hardface, with a family of stress-relief cracks (“check cracks”).

PRODUCT DATASHEET

Specifications

H1 wire

Pronamic® H1 wire is a self-shielded flux-cored wire for welding. The undiluted deposit contains dense and uniform distribution of primary chromium carbides and eutectic carbides of the M7C3 type. The surface appearance is typical for this type of hardface, with a family of stress-relief cracks (“checkcracks”).

PRODUCT DATASHEET

H2 wire

Pronamic® H2 wire is a self-shielded flux-cored wire for welding. The undiluted deposit contains dense and uniform distribution of primary chromium carbides, vanadium carbides and eutectic carbides of the M7C3 type. The surface appearance is typical for this type of hardface, with a family of stress-relief cracks (“check cracks”).

PRODUCT DATASHEET

T2 wire

Pronamic® T2 wire is a self-shielded flux-cored wire for welding. The undiluted deposit contains dense and uniform distribution of primary chromium carbides and complex niobium, molybdenum, tungsten and vanadium carbides. The surface appearance is typical for this type of hardface, with a family of stress-relief cracks (“check cracks”).

PRODUCT DATASHEET

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