Cutting, Drilling & Abrasives
Showing 1549–1584 of 1684 results
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InsertsPOWERCOIL Wire Inserts Free Running Standard 8-UN
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Free Running Standard BA
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Free Running Standard BSC
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Free Running Standard BSF
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Free Running Standard BSP
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Free Running Standard BSW
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Free Running Standard Metric Coarse
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Free Running Standard Metric Fine
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Free Running Standard NPT
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Free Running Standard Spark Plug
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Free Running Standard UNC
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Free Running Standard UNF
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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InsertsPOWERCOIL Wire Inserts Screw Locking MIL SPEC Metric Coarse
- PowerCoil MIL SPEC Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium.
- They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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Inserts
POWERCOIL Wire Inserts Screw Locking MIL SPEC Metric Fine
- PowerCoil MIL SPEC Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium.
- They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Screw Locking MIL SPEC UNC
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Screw Locking MIL SPEC UNF
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
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BurrsSABER Burrs Express Cut Ball
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Cylindrical
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Cylindrical Ball Nose
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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Burrs
SABER Burrs Express Cut Cylindrical with End Cut
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Flame
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Included Angle
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Oval
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Pointed Cone
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Sets
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Tree Pointed Nose
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Express Cut Tree Radius Nose
- Express Cut Burrs (also referred to as Double Cut Burrs) are general purpose burrs designed for rapid stock removal and improved operator control.
- Chip size is reduced and lower tool speeds can be used compared with standard cut burrs.
- Ideal for use in carbon steel, cast iron, high strength steel, stainless steel, steel castings, steel welds, titanium alloy and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Non-Ferrous Cut Ball
- Non-Ferrous Cut Burrs are designed for rapid stock removal with minimum chip loading resulting in longer life and reduced clogging.
- Non-Ferrous Cut Burrs are for use on non-ferrous and non-metallic materials such as aluminium, brass, copper, bronze, coarse plastic, hard rubber, reinforced plastic and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Non-Ferrous Cut Cylindrical
- Non-Ferrous Cut Burrs are designed for rapid stock removal with minimum chip loading resulting in longer life and reduced clogging.
- Non-Ferrous Cut Burrs are for use on non-ferrous and non-metallic materials such as aluminium, brass, copper, bronze, coarse plastic, hard rubber, reinforced plastic and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Non-Ferrous Cut Cylindrical with Ball Nose
- Non-Ferrous Cut Burrs are designed for rapid stock removal with minimum chip loading resulting in longer life and reduced clogging.
- Non-Ferrous Cut Burrs are for use on non-ferrous and non-metallic materials such as aluminium, brass, copper, bronze, coarse plastic, hard rubber, reinforced plastic and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Non-Ferrous Cut Included Angle
- Non-Ferrous Cut Burrs are designed for rapid stock removal with minimum chip loading resulting in longer life and reduced clogging.
- Non-Ferrous Cut Burrs are for use on non-ferrous and non-metallic materials such as aluminium, brass, copper, bronze, coarse plastic, hard rubber, reinforced plastic and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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BurrsSABER Burrs Non-Ferrous Cut Tree Radius Nose
- Non-Ferrous Cut Burrs are designed for rapid stock removal with minimum chip loading resulting in longer life and reduced clogging.
- Non-Ferrous Cut Burrs are for use on non-ferrous and non-metallic materials such as aluminium, brass, copper, bronze, coarse plastic, hard rubber, reinforced plastic and fibreglass composite.
- Harder materials require slower running speeds.
- Smaller burrs require faster running speeds.
- Long shank burrs require slower speeds for safety reasons.
- Apply constant movement and light pressure when using the burr.
- Running below the optimum speed will cause chipping.
- Running above optimum speed will cause premature tooth wear.
- Allowing the burr to become too hot may cause the braze to soften, and cause the head to become detached from the shank.
- Using tools and collets which have become worn will cause chipping.
- Do not sink the burr for more than one third of its periphery.
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Hole Saws & KitsSABER Diamond Hole Saw
- Diamond core drills and hole saws require the use of proper lubrication, correct drill speed and proper pressure.
- Drilling methods and techniques vary significantly depending upon the material being drilled.
- To achive optimum cutting performance and maximum core drill life use a slow to very slow drill speed, low drill pressure, and plenty of water for lubrication.
- Variable speed drills work best since the correct speed can be selected.
- Diamond core drills only drill out a portion of the resulting hole so they drill much faster than conventional blunt nose drills.
- Core drills can be used on most non-ferrous hard materials such as glass, ceramic, porcelain, fibreglass, slate, marble, granite and other natural and manufactured stone materials.
- The life of any type of diamond drill depends upon the hardness, abrasiveness and thickness of the material being drilled and the specific drilling techniques used.
- Using diamond core drills in hard materials is not difficult, however drilling the hole takes time.
- You should consider that they aren’t “drilling” a hole – they are “grinding” a hole.
- SPEEDS IN RPM: Fibreglass – 1200, Glass, Ceramic and China – 800, Limestone and Marble – 600, Ceramic Tile – 600, Porcelain – 500, Granite and Comp. Stone – 400.
- DO NOT USE HAMMER ACTION.
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SetsSABER Drill & Tap Sets
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Hole Saws & KitsSABER Hole Saw Kits
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Hole Saws & KitsSABER Quick Change Mandrel
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page