Continuous-rim diamond core drill bits Fervi P031/67

What it is

Continuous-rim diamond core drill bits Fervi P031/67. Key specifications: diameter (mm) 67, total length (mm) 90, diamond height (mm) 5.

Glass and tile bits are carbide spear-point bits and diamond cutters or core bits for drilling tiles, porcelain stoneware, glass and stone without chipping them.

What it is for

Used for drilling a range of materials, with the right bit for the substrate and for laying tiles and slabs, from spreading the adhesive to grouting.

How to use it

Always drill without hammer action, starting the hole with a guide template or with the bit angled so it does not skate on the glaze, then straighten up. Cool glass and tile bits with water; use diamond core bits, including those with an angle grinder fitting, dry or wet depending on the type, with a slight oscillating movement to clear debris. Work with light pressure so as not to overheat the diamond.

Where it is used

• Building services
• Renovation

Technical data

• Diameter (mm): 67
• Total length (mm): 90
• Diamond height (mm): 5
• Size (mm): 67
• Grit: 35/40
• Hex connection (mm): 11
• Gross weight (kg): 0,41
• Packaging dimensions (mm): 75 x 140 x 75 h

Who it is for

Designed for electricians, plumbers and tilers.

Related products

• Continuous-rim diamond core drill bits Fervi P031/70
• Continuous-rim diamond core drill bits Fervi P031/65
• 125mm 1200W angle grinder Fervi FFAG12003V-125K — from the category Angle Grinders
• Cordless screwdriver with bits Fervi FB36CS3AS-15M — from the category Drill Drivers
• Suction jig with guide holes Fervi — from the category Tile Cutting, Finishing and Shaping Tools
• Browse the whole category: Drill Bits for Glass, Ceramics and Tiles

Before you order

In your request, please state the dimensions, the length, the diameter and the quantities required, so we can give you the right quotation first time.

For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.