Pelican Tin Snips - Högert Technik - HT3B509
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Product Information
Full details
The Högert Technik Pelican Tin Snips (HT3B509) are designed for professionals and DIY enthusiasts who need to make long, straight cuts in thin materials like aluminum, plastic, and wire mesh up to 1.0 mm thick. Their key benefit lies in the induction-hardened cutting edges and rebound spring, which ensure precise cuts with reduced effort. A potential limitation is their specific design for straight cuts, making them less ideal for intricate or curved shapes.
All features
| Model Part Number | HT3B509 |
|---|---|
| Brand | Högert Technik |
Extended Product Information
FAQs
What is the maximum material thickness these snips can cut?
These tin snips are designed for materials up to 1.0 mm in thickness, such as aluminum, plastic, and wire mesh.
Are these snips suitable for cutting curves?
The HT3B509 model is optimized for long, straight cuts. While minor curves might be possible with care, they are not ideal for intricate or tight curves.
What does 'Induction Hardened Cutting Edges' mean?
It means the cutting edges have been specially treated with induction heating to achieve a hardness of 55-60 HRC. This makes them more durable, resistant to wear, and capable of sharper, cleaner cuts.
How does the rebound spring help?
The rebound spring automatically opens the snips after each cut, reducing the physical effort required and allowing for faster, more continuous work.
How should I maintain the tin snips?
Clean the blades after use, lubricate the pivot point periodically, and store them in a dry environment. Avoid attempting to sharpen the hardened edges yourself unless you have the proper tools and expertise.
What is the purpose of the anti-slip handle?
The anti-slip handle provides a secure and comfortable grip, which is crucial for maintaining control and safety, especially when applying force during cutting.
Are these snips compliant with any standards?
Yes, these tin snips are manufactured in accordance with DIN 6438, an established German industrial standard for tools.
Troubleshooting
Snips are difficult to open or close
Check the pivot point for debris or rust. Clean and lubricate the pivot with light machine oil.
Uneven or jagged cuts
Ensure the material being cut does not exceed 1.0 mm thickness. Clean the cutting edges and check for any nicks or damage. Professional sharpening may be required if edges are dull.
Handles feel slippery during use
Wipe the anti-slip handles with a dry cloth. If the material has degraded, consider replacing the handle grips if possible, or use appropriate work gloves.
Snips deform or bend after use
Verify that the material being cut is within the specified thickness and type limits (up to 1.0 mm aluminium, plastic, wire mesh). Avoid cutting harder metals or materials thicker than recommended.
Pros and Cons
Pros
- Durable induction-hardened cutting edges for longevity.
- Robust drop-forged construction resists deformation.
- Rebound spring facilitates faster and less tiring cuts.
- Anti-slip handle ensures a secure and comfortable grip.
- Designed for precise long and straight cuts.
Cons
- Primarily suited for straight cuts; less effective for curves or intricate shapes.
- Maximum cutting thickness is 1.0 mm, limiting use with thicker materials.
- May require significant force for harder materials within the thickness limit.
Setup, Compatibility & Care
Setup: These tin snips require no assembly. They are ready for immediate use out of the packaging.
Compatibility: The HT3B509 is designed for cutting soft materials up to 1.0 mm thick, including:
- Aluminium sheet
- Plastic sheets
- Wire mesh
- Similar pliable materials
Care:
- Cleaning: After each use, wipe the cutting blades clean with a dry cloth to remove any debris. For stubborn residue, a cloth lightly dampened with oil can be used, followed by a dry wipe.
- Lubrication: Periodically apply a light machine oil to the pivot point to ensure smooth operation and prevent rust.
- Storage: Store the tin snips in a dry place, preferably with the blades protected, to prevent damage and corrosion. Ensure the jaws are closed or secured if a locking mechanism is present.
- Sharpening: If cutting performance degrades, the induction-hardened edges may eventually require professional sharpening. Avoid attempting to sharpen them with standard sharpening tools, which could damage the hardness.