(59) Machined from tool steel and heat treated for strength and durability, these solid body backreamers are available with built in 15K, 25K, or 50K swivel, drawbar, or pin. The API box fronts will accept any API pin crossover to your thread.
(14) Fabricated from heat treated alloy steel for strength and durability, these Winged Backreamers are available with a built-in drawbar, pin, or box rear connection. The API REG box fronts will accept any AIP pin crossover needed to attach your drill.
(16) Fabricated from heat treated alloy steel for strength and durability, these Clay Backreamers are available with a built-in drawbar, pin or box rear connection. The API REG box fronts will accept any API pin crossover to your thread.
(10) Tapered barrel reamers feature shark teeth carbide cutters in a spiral pattern, and a "packer" barrel rear for stability. Reamers have API REG box fronts are available with a drawbar, pin, or box rear connection. The API REG box fronts will accept any API pn crossover needed to attach your drill.
(35) These stacked plate backreamers feature a slow taper design and deep spiral fluting for smooth cutting and maximum mixing action. They are available with a built in 15K, 25K, or 50K swivel, drawbar, pin or box rear connection. The API box fronts will accept any API pin crossover to your drill thread.
(13) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(15) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(8) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(8) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(8) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(13) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(15) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(15) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
(4) All bits are manufacturered from domestically produced Ballistic Armor Plate on "in house" state-of-the-art CNC machines. Our carefully selected Armor Plate has greater abrasion resistant characteristics than standard AR rated steels. The conical bits, teeth, and carbide buttons used are qualitiy manufacturered in the USA for long service life. Triple D uses the Tungsten Carbide Embedding Hardfacing Process. The result of this process is a tool steel weld deposit filled with Tungsten Carbide particles. The process offers a 2 to 8 times better wear life than typical hardfacing alloys.
