EKLIND 15045 L-Shaped Ball End Torx Key, T45, Long, Alloy Steel, Black Oxide
The EKLIND Torx Key: 2 Tips is an L-Shaped Ball End Torx Key, model 15045, featuring a T45 tip size and a single ball end. It is constructed from alloy steel with a black oxide finish, offering a long design for…
SKU 3G-OTH-302863
Local availability & support
- Delivery
- Worldwide DHL shipping from Singapore; 7–14 business days door-to-door for most destinations.
- Payment
- Invoicing in USD. Bank transfer (SWIFT) and corporate PO accepted.
Need installation or engineering help?
Ask a question
Product Description
The EKLIND Torx Key: 2 Tips is an L-Shaped Ball End Torx Key, model 15045, featuring a T45 tip size and a single ball end. It is constructed from alloy steel with a black oxide finish, offering a long design for extended reach.
Frequently Asked Questions
What is the EKLIND Torx Key 15045 used for?
The EKLIND Torx Key 15045 is used for driving T45 Torx fasteners in industrial assembly, maintenance, and repair applications. Its long L-shaped ball end allows angled access to recessed screws, making it suitable for machinery, automotive, and equipment servicing where straight reach is limited.
What are the specifications of the EKLIND Torx Key 15045?
The EKLIND Torx Key 15045 has a T45 tip size, a single ball end, and an L-shaped long design. It is made from alloy steel with a black oxide finish. The manufacturer part number is 15045. This tool provides extended reach for Torx fasteners in confined spaces.
Where to buy the EKLIND Torx Key 15045 worldwide?
You can source the EKLIND Torx Key 15045 worldwide through 3G Electric, a global industrial equipment distributor. We handle full logistics, customs clearance, and delivery to your location. Contact us for availability and lead time on this T45 ball end Torx key.
How to select the right EKLIND Torx key size?
Select the EKLIND Torx key size by matching the tip size to your fastener's Torx socket, e.g., T45 for a T45 screw. For angled access, choose a ball end design. The long version provides extra reach. EKLIND offers alloy steel with black oxide for corrosion resistance and durability in industrial use.
Used in
Common applications for EKLINDEKLIND Products
3G Electric supplies EKLIND l-shaped ball end torx keys. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.
You might also need
Related products
- EZO Miniature radial ball bearing with double shields and stainless steel rings. Bore 1.5 mm, outer diameter 5 mm, width 2.6 mm. Suitable for applications requiring low friction and high rotational accuracy in compact assemblies such as small motors, instrumentation, and precision mechanisms
- EZO Metric miniature radial ball bearing with 2.5 mm bore, 7 mm OD, and 3.5 mm width. Features double shields and stainless steel rings for corrosion resistance. Suitable for high-speed, low-friction applications in precision instruments, small motors, and robotics where space is limited
- EZO High-precision radial ball bearing with a 2 mm bore, 7 mm outside diameter, and 3 mm width. Features double shields and a stainless steel ring. Suitable for applications requiring low friction and high accuracy in compact spaces, such as precision instruments, small electric motors, and robotics
- EZO Metric high-precision radial ball bearing with 4 mm bore, 7 mm outer diameter, and 2.5 mm width. Double shielded with stainless steel ring. Suitable for applications requiring low friction and high accuracy, such as precision instruments, small motors, and robotics
- EZO Metric radial ball bearing with 9 mm bore, 17 mm outer diameter, and 5 mm width. Features double shields and a stainless steel ring for contaminant protection and corrosion resistance. Suitable for compact, low-friction applications such as precision instruments and small mechanisms
- EZO Metric miniature ball bearing with 1.5 mm bore, 4 mm OD, and 2 mm width. Double shields and stainless steel ring. Used in applications requiring low friction and high accuracy such as small motors, instrumentation, and robotics
