User & Safety Instructions 3442139 LUKAS-ERZETT A2250125080 Flap disc Diameter 125 mm Grit size=80 10 pc(s)
Description
The robust with the support made of steel Can be used universally on standard angle grinders thanks to 22.23 mm bore Also suitable for use in robots Exclusive to LUKAS Highest life span by multi-layered grinding pad High hardness and sharpness for long durability Always fresh abrasive sheets in use: Wear releases underlying slats No breakage of the tool thanks to robust steel plate Self-sharpening effect: High abrasion particularly on stainless steel Safe working even with high rotational speeds and temperatures, thanks to the special resin adhesive Environmentally friendly manufactured with the latest resin hardening technology No bluing thanks to optimized heat dissipation: Less rework required Also efficiently splints even harder materials The LUKAS SLTB fan-type grinding disc with zirconium oxide in angled design impresses with the robust steel support plate, which is available exclusively from LUKAS. The stable and robust carrier offers the highest level of security, so that it is also best suited for the robot application. The good heat conductivity results in a cool touch and little rework is necessary. Thanks to the multi-layered grinding coating, this tool is always so sharp as the first use. If the upper fins wear, the fresh abrasive surface of the underlying slats is exposed. In this way the tool has a long service life and a constant quality of work. In addition, the self-sharpening effect enables a high abrasion particularly to stainless steel. The high-quality resin system prevents the tool from tearing even at high speeds or operating temperatures, thus ensuring a safe working. In addition, environmental protection is taken into account in the production and the most modern technologies with short curing times are used. LUKAS offers you grinding disc for practically any application. These tools are produced on a wide variety of carrier materials (e.g. glass fabric, plastic, metal or even renewable raw materials) in order to meet any application requirements.
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System requirements
Angle grinder
Description
The robust with the support made of steel Can be used universally on standard angle grinders thanks to 22.23 mm bore Also suitable for use in robots Exclusive to LUKAS Highest life span by multi-layered grinding pad High hardness and sharpness for long durability Always fresh abrasive sheets in use: Wear releases underlying slats No breakage of the tool thanks to robust steel plate Self-sharpening effect: High abrasion particularly on stainless steel Safe working even with high rotational speeds and temperatures, thanks to the special resin adhesive Environmentally friendly manufactured with the latest resin hardening technology No bluing thanks to optimized heat dissipation: Less rework required Also efficiently splints even harder materials The LUKAS SLTB fan-type grinding disc with zirconium oxide in angled design impresses with the robust steel support plate, which is available exclusively from LUKAS. The stable and robust carrier offers the highest level of security, so that it is also best suited for the robot application. The good heat conductivity results in a cool touch and little rework is necessary. Thanks to the multi-layered grinding coating, this tool is always so sharp as the first use. If the upper fins wear, the fresh abrasive surface of the underlying slats is exposed. In this way the tool has a long service life and a constant quality of work. In addition, the self-sharpening effect enables a high abrasion particularly to stainless steel. The high-quality resin system prevents the tool from tearing even at high speeds or operating temperatures, thus ensuring a safe working. In addition, environmental protection is taken into account in the production and the most modern technologies with short curing times are used. LUKAS offers you grinding disc for practically any application. These tools are produced on a wide variety of carrier materials (e.g. glass fabric, plastic, metal or even renewable raw materials) in order to meet any application requirements.