MTG Systems KingMet Tooth
CONSTRUCTION
Excavator (9)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
EX
EscoDesign (Extra X) for excavators on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• loose and abrasive (gravel)
F
F Design (Flared) for excavators in levelling, trench digging and cleaning jobs, very useful in building foundations.
Features
Applications:
• House Foundations
• trench digging
I
I Design (Impact) for excavators and loaders on relatively unabrasive terrains with a high level of impact. Particularly for quarries and applications with large block of stone.
Features
Applications:
• Big rocks loading
• compact and low abrasion (not blasted limestone)
• demolition
P
P Design (Penetration) for excavators on compact terrains that produce a lot of abrasion and impact and where a high level of penetration is required. Particularly for applications in pre-exploded stone quarries.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• compact and low abrasion (not blasted limestone)
• demolition
S
S Design (Standard) For excavators working in loose terrain with low abrasion that require good penetration. For jobs with changing conditions and multiple application.
Features
Applications:
• loose and low abrasion (blasted limestone)
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
MTG Systems KingMet Tooth
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Features
Applications:
• compact and low abrasion (clay)
Loader (5)
A
A Design (Abrasion) for loaders on particularly abrasive loose terrains and pre-exploded stone quarries where we require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
AX
AX Design (Abrasion X) for loaders in applications with an extreme level of abrasion. Particularly in hot slag.
Features
Applications:
• hot slag
• loose and abrasive (gravel)
H
H Design (Heavy) for loaders on loose terrains where there is a high level of abrasion. It facilitates material loading thanks to the tooth width.
Features
Applications:
• loose and abrasive (gravel)
I
I Design (Impact) for excavators and loaders on relatively unabrasive terrains with a high level of impact. Particularly for quarries and applications with large block of stone.
Features
Applications:
• Big rocks loading
• compact and low abrasion (not blasted limestone)
• demolition
L
L Design (Long) for loaders on loose terrains or pre-exploded stone quarries where there is not a high level of abrasion. For cleaning jobs we recommend that it be mounted with a FC adapter (Flush central), so that the bottom surface is flush with the blade.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
Backhoe Loader (5)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
F
F Design (Flared) for excavators in levelling, trench digging and cleaning jobs, very useful in building foundations.
Features
Applications:
• House Foundations
• trench digging
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Features
Applications:
• compact and low abrasion (clay)
Mini Excavator (2)
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
Mini Loader (1)
L
L Design (Long) for loaders on loose terrains or pre-exploded stone quarries where there is not a high level of abrasion. For cleaning jobs we recommend that it be mounted with a FC adapter (Flush central), so that the bottom surface is flush with the blade.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
MINING
Excavator (5)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
P
P Design (Penetration) for excavators on compact terrains that produce a lot of abrasion and impact and where a high level of penetration is required. Particularly for applications in pre-exploded stone quarries.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• compact and low abrasion (not blasted limestone)
• demolition
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Features
Applications:
• compact and low abrasion (clay)
Loader (1)
AX
AX Design (Abrasion X) for loaders in applications with an extreme level of abrasion. Particularly in hot slag.
Features
Applications:
• hot slag
• loose and abrasive (gravel)
Front Shovel (5)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
P
P Design (Penetration) for excavators on compact terrains that produce a lot of abrasion and impact and where a high level of penetration is required. Particularly for applications in pre-exploded stone quarries.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• compact and low abrasion (not blasted limestone)
• demolition
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Features
Applications:
• compact and low abrasion (clay)
DREDGING
Clamshell (5)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
F
F Design (Flared) for excavators in levelling, trench digging and cleaning jobs, very useful in building foundations.
Features
Applications:
• House Foundations
• trench digging
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Features
Applications:
• compact and low abrasion (clay)
Dredges (5)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
F
F Design (Flared) for excavators in levelling, trench digging and cleaning jobs, very useful in building foundations.
Features
Applications:
• House Foundations
• trench digging
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Features
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Features
Applications:
• compact and low abrasion (clay)
Backhoe dredger (5)
E
E Design (Extra) for diggers on loose terrains and particularly abrasive pre-exploded stone quarries that require good penetration.
Features
Applications:
• compact and abrasive (granite or silicate rock)
• loose and abrasive (gravel)
F
F Design (Flared) for excavators in levelling, trench digging and cleaning jobs, very useful in building foundations.
Features
Applications:
• House Foundations
• trench digging
U
U Design (Universal) for excavators on loose terrains with little abrasion and multiple applications. Specific for trench digging and finishings, where maintaining tooth top width constant is very important.
Features
Applications:
• clamshell
• cleaning
• loose and low abrasion (blasted limestone)
• Other Terrains
• Tufa
• trench digging
V
V Design (Vector) for excavators in very compact terrains
Applications:
• compact and low abrasion (clay)
W
W Design (Double Vector) for excavators on extremely compact terrains. The combination of the Vector teeth mounted in the central positions and the Double Vectors mounted in the corners of the bucket provides excellent penetration
Applications:
• compact and low abrasion (clay)
KingMet Heavy Bucket Teeth MG40H