Guhring GT100 Extra Long Drills HSS-Co 5%

High heat resistant drill with wide chip space for very deep holes in difficult conditions, such as when swarf congestion hinders the flow of coolant to the drill point or when tool overheating arises from other causes. For use in steels and cast steels of high tensile strength (not suitable for lubrication holes in crankshafts). Manufactured to DIN1869.

For all dimensional specifications please refer to our catalogue.

Series 618 - Metric

Guhring Production Jobber Drills HSS-Co 5%

Rigid, high-heat resistant drill with large helix angle of 35. Suited for titanium and titanium alloys, stainless steels and heat resisting austenitic steels. Limited suitability for special alloys such as hastaloy, inconel, nimonic etc. Manufactured to DIN338.

Series 605 - Metric

Guhring Drills Taper Shank HSS

General-purpose drills to drill steels with a tensile strength up to 1.000 N/mm2, cast steel, grey cast iron, malleable cast iron, nickel brass and graphite. Point angle: 118°, helix angle: normal, relief angle: normal, tolerance of diameter: h8. Manufacturing Standard: DIN345.

For all dimensional specifications please refer to our catalogue.

Series 245 (MT1) - Metric

Guhring Production Drills

Guhring No.5523 Jobber Drill HSS-Co have a tough cobalt substrate that delivers high performance at low cost to produce a general purpose drill for the machining of steel and cast steel (alloyed and unalloyed), , grey cast iron, malleable cast iron, spheroidal graphite iron, sintered iron and graphite with high concentricity characteristics.

No.5523 Jobber Drill HSS-Co

HSS-Co 5% Production Jobber Drills

For multiple machining tasks. Suitable for non-ferrous metals, structural steels and carbon steels, high-alloyed steels, cast iron and cast alloys, plastics as well as aluminium.
Manufactured to BS 328, DIN338RN.

Series 5523

Guhring Production Jobber Drills HSS-Co 5%

Solid Carbide Jobber drills are especially suitable for drilling cast steels, grey cast iron, chilled cast iron, austenitic manganese steels, bronzes, light metals and non-ferrous metals. Furthermore suitable for the economic machining of abrasive materials (AlSi-alloys), fibre-reinforced plastics and other Duroplastics liable to cause severe abrasion on cutting lips and lands.

Series 5517 - Metric

Guhring Production Drills

Guhring No.5523 Jobber Drill HSS-Co have a tough cobalt substrate that delivers high performance at low cost to produce a general purpose drill for the machining of steel and cast steel (alloyed and unalloyed), , grey cast iron, malleable cast iron, spheroidal graphite iron, sintered iron and graphite with high concentricity characteristics.

No.5523 Jobber Drill HSS-Co

Guhring Jobber Drills Steam Tempered HSS

Suitable for drilling steel, cast steel, alloyed and unalloyed, grey cast iron, spheroidal iron, sintered powder metal, German silver and graphite. Manufactured to BS328/DIN338RN.

Black Finish (W-Finish)
This is the most common surface finish and is the result of a steam tempering operation in which steam is passed over the product during a controlled tempering cycle, producing a black oxide layer. Black tools are generally recommended for ferrous applications where the oxide layer aids chip flow, helps to dissipate heat by retaining some coolant on the tool surface and also helps to prevent the tool from staining.

Series 205

Guhring GT100 Jobber Drills HSS

HSS GT100 jobber drills. For drilling in difficult conditions when swarf congestion prevents an adequate flow of coolant. For use in steel and cast iron having a hardness of up to 1000N/mm2. Not recommended for nickel-chrome steels or similar material. Manufactured to BS 328/DIN 338.

Series 549 - Metric

Guhring Jobber Drills Steam Tempered HSS

Suitable for drilling steel, cast steel, alloyed and unalloyed, grey cast iron, spheroidal iron, sintered powder metal, German silver and graphite. Manufactured to BS328/DIN338RN.

Black Finish (W-Finish)
This is the most common surface finish and is the result of a steam tempering operation in which steam is passed over the product during a controlled tempering cycle, producing a black oxide layer. Black tools are generally recommended for ferrous applications where the oxide layer aids chip flow, helps to dissipate heat by retaining some coolant on the tool surface and also helps to prevent the tool from staining.

Series 205