Elesa+Ganter CT.476/56-SST-P-M10X20 Wing Knob Guide
The Elesa+Ganter CT.476/56-SST-P-M10X20 wing knob is a robust manual fastening component intended for industrial applications where stronger grip, larger sizing, and dependable clamping performance are needed. In many equipment designs, the choice of a wing knob directly affects usability. A well-matched knob can make adjustment faster, reduce operator effort, and support more consistent fastening during maintenance or setup.
What Defines the CT.476/56-SST-P-M10X20 Wing Knob?
This model belongs to the CT.476 family and combines a reinforced technopolymer wing body with a stainless steel threaded stud. The larger size and M10 x 20 configuration make it especially suitable for heavier-duty manual clamping points. Where a smaller knob may feel limited in grip or leverage, this version gives users a more substantial fastening interface.
Elesa+Ganter CT.476/56-SST-P-M10X20 Technical Construction and Performance
The Elesa+Ganter CT.476/56-SST-P-M10X20 wing knob features a glass-fibre reinforced polyamide-based body with a matte black finish and an AISI 303 stainless steel stud. This material pairing supports repeated manual use while also helping address durability and corrosion-related requirements. The CT.476 series is specifically described as suitable for high tightening torque values, which is one reason it is regularly considered for machinery and industrial assemblies.
Elesa+Ganter CT.476/56-SST-P-M10X20 Where This Larger Wing Knob Is Most Useful
The 56-size format is well suited to machine adjustments, protective cover fastening, industrial fixtures, process equipment, and operator-access clamping points where secure hand tightening matters. The M10 stud also makes it relevant for applications that require a more substantial threaded connection than M8 alternatives. In practice, this means better suitability for larger assemblies and more demanding fastening points.
Elesa+Ganter CT.476/56-SST-P-M10X20 Why Engineers Specify This Variant
Engineers often choose this version when they want a manual knob that feels more substantial in the hand and supports stronger tightening without switching to tool-operated hardware. It can help improve serviceability, especially in areas that need periodic adjustment, removal, or repositioning. The stainless steel stud also adds confidence where environmental conditions make material quality an important specification factor.
Elesa+Ganter CT.476/56-SST-P-M10X20 For more information about Elesa+Ganter components and related industrial hardware, visit Elesa+Ganter.
Elesa+Ganter CT.476/56-SST-P-M10X20 Frequently Asked Questions
What is the Elesa+Ganter CT.476/56-SST-P-M10X20 wing knob used for?
It is used for manual clamping and fastening in industrial machinery, enclosures, fixtures, support systems, and adjustment points that require a stronger and larger hand-operated knob.
Why choose an M10 wing knob?
An M10 configuration is often selected when the application requires a stronger threaded connection, a larger fastening point, or a more substantial manual tightening solution than smaller thread sizes provide.
Is this model suitable for repeated maintenance access?
Yes. It is a practical choice for components that need regular opening, closing, repositioning, or inspection because it allows repeatable hand operation without tools.
What makes the 56-size body useful?
The larger wing body improves grip and control, which can make tightening easier and more consistent for operators, especially in more demanding industrial settings.
Does the product support demanding industrial conditions?
Yes. Its reinforced technopolymer body and stainless steel stud make it suitable for many professional applications where durability, material quality, and reliable hand tightening are important.
Who typically selects this kind of hardware?
This type of hardware is commonly specified by machine builders, maintenance engineers, industrial designers, and procurement teams looking for a dependable manual fastening component with a professional material specification.