Deburring tool
I have found results from90000+products and20000+suppliers aboutDeburring tool
Pipe Tube Hardware Hose Deburring Tool for Compressed Air Hand Installation
Rubber O Ring Washer Plastic Deflashing Deburring Tool for Plastic
Car Parts Milled Machining Parts Deburring Tool for Aluminum Metal
Me02000 + BS1010 Pipe Tube Hand Deburring External Chamfer Tool
Rb 2000 + BS1010 Tube Hand Deburring External Chamfer Tool
Kendo Plastic Body Deburring Tool with an Extra HSS-Blade
Multi-Material Drill Mounted Hand Tool for Damaged Thread External Deburring Chamfer
1/4 Hex Shank Small Bolt Repair External Deburring Chamfer Hand Tool
1/4 Inch Three Blade Multi Material Thread Deburring Chamfer Tool
Carbide Blade Thread Deburring External Chamfer Tool for Nut Reassembly Thread Repai
Tungsten Carbide Large Bolt Repair External Deburring Chamfer Hand Tool
Hex Shank Drill Bit Carbide Blade External Deburring Chamfer Hand Tool
OEM Three Eighths Inch Hex External Deburring Chamfer Tool for Thread Repair
Wholesale Factory Hand Tool Set Deburring Tool with Mixed HSS Blades
Hex Shank Bolt Restoration Industrial External Deburring Chamfer Hand Tool
High Hardness Swivel Blade Deburring Hand Tool for 3D Print
Multipurpose Wear Resistant Deburring Chamfer Tool for Rod Bolt Pipe
360 Rotatable Blade Hole Hand Deburring Tool with Ergonomic Aluminum Handle
Industrial Grade Drill Mounted External Deburring Chamfer Tool for Steel Copper
Hikelok Tube Cutting Tool Cutter Hand Tube Bender Deburring Tools
Hikelok Manufacturer Steel Blades for Long Life1/2 in Tube Deburring Tool
Swageloktype Hand Manual Tools 1/4 3/8 in. Od Tubing Bender / Cutter/ Deburring Tool/ Presaging Tools
Hikelok Factory Inside and Outside Diameters 3/16 to 1 1/2 in Tube Deburring Tool
Hikelok Stainless Steel Tube Bender Cutter Deburring Tool with Variety Size
Tungsten Carbide Blade Bolt Thread Repair Deburring External Chamfer Tool
Versatile Chamfer Tool for Deburring and Thread Repair in Machines
Sourcing guidance for Deburring Tool
What are the key technical specifications to consider when selecting a deburring tool for industrial use?
When sourcing deburring tools, you must prioritize blade material and hardness. For general metals, HSS (High-Speed Steel) is standard, but for hardened steel or stainless steel, Cobalt-infused HSS or Tungsten Carbide blades are essential for longevity. Additionally, evaluate the ergonomics of the handle, ensuring it features a non-slip grip and a 360-degree swivel head to reduce operator fatigue and improve precision during long shifts.
How do I ensure the deburring tool is compatible with different workpiece materials?
Compatibility is determined by the blade angle and coating. For aluminum and plastic, look for blades with a sharper rake angle to prevent clogging. For heavy-duty applications like cast iron, ensure the blades have a TiN (Titanium Nitride) coating to increase heat resistance. Always verify if the supplier offers interchangeable blade systems so a single handle can support various specialized blades (e.g., B-series or E-series).
What quality certifications and compliance standards should a professional deburring tool meet?
Suppliers should ideally hold ISO 9001 certification to ensure consistent manufacturing processes. For tools used in regulated industries like aerospace or medical devices, ensure the materials used in the blades are traceable and compliant with REACH or RoHS if plastic components are involved. Furthermore, check for ANSI or DIN standards regarding tool dimensions to ensure compatibility with global tool-holding systems.
What are the typical usage scenarios and functional requirements for high-end deburring tools?
High-end tools are designed for cross-hole deburring, deep-hole cleaning, and edge finishing. Functional requirements include a quick-release mechanism for blade changes and internal blade storage within the handle for efficiency. In CNC machining environments, you may also need to source automated deburring tools (spindle-actuated) that require specific RPM ratings and spring-tension adjustments.
Cross-Border Procurement Strategy for Deburring Tools
What are the common risks when purchasing deburring tools from overseas suppliers?
The primary risk is material substitution, where a supplier may use low-grade carbon steel instead of the specified HSS. To mitigate this, request a material analysis report (MTR) and perform a hardness test (Rockwell C scale) upon receipt of samples. Another risk is inconsistent swivel tension, which can lead to jagged edges; ensure your quality agreement specifies a maximum allowable play in the swivel head.
How can I negotiate better terms and ensure transaction security with suppliers on Made-in-China.com?
Utilize the Secured Trading Service on Made-in-China.com to protect your payment until the goods are verified. When negotiating, focus on tiered pricing based on annual volume rather than a single order. Ask for 'Golden Member' status verification and request a factory audit report or a live video walkthrough of the production line to confirm the supplier's manufacturing capacity.
What are the best practices for shipping and logistics to ensure the tools arrive undamaged?
Deburring blades are sharp and brittle; therefore, individual blister packaging or plastic tubes are mandatory to prevent edge chipping during transit. For bulk shipments, ensure the outer cartons are double-walled (5-ply) and use desiccant silica gel packs to prevent oxidation/rusting during sea freight. For urgent small batches, air express (DHL/FedEx) is recommended to maintain lean inventory levels.
How should I handle international trade policy compliance for these tools?
Verify the HS Code (typically 8205 or 8207) to determine the correct import duties in your country. Be aware of anti-dumping duties that may apply to specific steel products from certain regions. Ensure the commercial invoice clearly states the Country of Origin (COO) and that all packaging complies with ISPM 15 wood packaging standards if pallets are used.





























