Material+
The MEBA saw blade Material+ is the successor to the “H2” and is in no way inferior to it – simply extremely strong!
It is used for demanding cutting conditions such as high-alloy austenitic stainless and acid-resistant steels, titanium alloys, duplex steels, and high-alloy tool steels.
The Material+ has a tooth geometry with a very aggressive rake angle, which, in combination with the powder metallurgical, highly wear-resistant cutting material, is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
The material + saw blade impresses with its precision due to the ground positive rake angle and ground tooth gaps. This reduces the cutting force at higher cutting speeds. is reduced. Due to the cutting accuracy, it has a high load capacity in terms of duration, heat and wear. Field of application: FFor demanding cutting conditions, materials with tensile strengths of up to 1,700 N/mm². tensile strengths of up to 1,700 N/mm², high-alloy materials, bronzes, titanium alloyse.g.: rust- and acid-resistant steels, Nickel-based alloysMaterial: M51Tooth shape: Normal The Material+ has an aggressive tooth geometry - which, in conjunction with the harder cutting edge material M51, is suitable for particularly is suitable for particularly demanding materials.
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Material stand: T - design Whether in the garage, at the craftsman's workshop or as support in the steel trade - our new material stands help you with concentrated power! The solid construction - as well as the enormous support weight of 600 kg - means our material stands can be used in a variety of ways.Design: TMaximum support weight: 600 KGHeight adjustment range: 580 - 965 mmMaterial stand weight: 14 KGHeavy-duty three-legged cast iron design - for a secure standUniversally applicable: circular saws, band saws and woodworking machines Suitable as an accessory for all machines