MT.80 Handle Z014255
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
MT.80 Handle Z014255
MT.80 Handle – solid and resistant to external factors
The MT.80 handle is a mounting element made of high-quality, glass-fiber reinforced polyamide-based technopolymer (PA). This material guarantees high mechanical strength and resistance to solvents, oils, greases and other chemicals. The matte finish gives the handle an aesthetic look and prevents glare.
The handle is designed for a wide range of applications – both in industry and in precision devices. A durable steel hub, available with a non-through hole (tolerance H9) or a through hole (tolerance H7), ensures stable mounting. In addition, the handle is equipped with a self-adhesive disc type I.601+x made of high-impact polypropylene (PP) in black, which increases comfort and improves ergonomics. The GN 184 locking washer ensures secure seating and prevents the handle from shifting during operation.
Application and structural features:
- Made of glass fiber reinforced polyamide – high strength and chemical resistance.
- Black oxidized steel hub – provides stable mounting and durability. Available with a non-through hole (H9) or through hole (H7), providing flexibility in selection for specific mounting needs.
- Self-adhesive polypropylene disc – convenient mounting and secure grip.
- Anodized aluminum – additional protection against corrosion and aesthetic appearance.
- GN 184 locking washer – stabilization of the handle position during use.
- Arm length: 105 mm – provides adequate leverage and comfortable operation.
- Mounting hole dimensions: 10 x 10 mm (square) – compatibility with a wide range of devices and machines.
- Black color, matte finish – aesthetic appearance and resistance to dirt.
The MT.80 handle is the ideal choice for installers and users looking for a reliable and durable mounting element that will perform well in demanding working conditions. Its versatility makes it applicable in many industrial sectors as well as in precision devices requiring precise control.

