The Würth Air Bleeder Tool is designed to facilitate the removal of air from the heaters/radiator, which is essential for maintaining heatrer efficiency and preventing potential loss of heating capacity due to trapped air. The T-Grip handle enhances user comfort and control, making the bleeding process smoother and more efficient.
By leveraging the success and ergonomic advantages of our Würth T-Grips tools, we have created a tool that not only performs exceptionally well but also prioritizes user comfort. The FDM printable design ensures that high-quality tools can be produced affordably, making it accessible for everyone from professional workshops to home garages, which can be used as an Key-chain too. Whether you're a professional tradesperson, DIY enthusiast, or hobbyist, our tool is an indispensable addition to your toolkit.
Please be advised that optimal results can only be achieved by adhering to our tested and verified printing parameters, as follows:
Material: Würth PLA (e.g. Art.-no. 4954638200)
Infill: 100 % in the key area
Support: None required
Layer height: 0.2 mm
Print orientation: Upside down
- Please be advised that, as this is a 3D-printed model, the Würth T-bleed key for Heaters has a maximum torque capacity of 0.25 Nm under normal hand force.
The Würth Group is a leader in the development, manufacturing, and distribution of assembly and fastening materials. In addition, trading and production companies, known as Allied Companies, operate in related business sectors such as electrical wholesale, electronics, and financial services. In 80 countries, the Group currently employs more than 87,000 people worldwide across over 400 companies with more than 2,800 branches. In the 2024 fiscal year, the Group achieved annual sales of €20.2 billion. With over 8,000 employees, Adolf Würth GmbH & Co. KG in Künzelsau is the largest individual company within the Würth Group.
Liability Disclaimer
By downloading the provided 3D printing data, the user acknowledges and agrees that it will be used solely in accordance with the specified printing parameters and assumes all associated risks. Würth disclaims any and all liability for personal injury, property damage, or any other harm that may result from the use or misuse of the provided data. The user accepts full responsibility for any consequences arising from its use.
The author marked this model as their own original creation.