QIANLI Bumblebee-K 0.2mm Soldering Iron Tip
QIANLI Bumblebee-K 0.2mm Soldering Iron Tip
- Brand Qianli
- Packaging Retail
- SKU BMBLBK02-PNDS
- EAN Code 3667075167785
- Warranty N/A
In stock
QIANLI Bumblebee-K 0.2mm Soldering Tip
Description
The QIANLI Bumblebee-K 0.2mm soldering tip is a precision tip designed for micro-soldering operations requiring both finesse and increased contact surface. With a "K" type (beveled blade shape), this tip allows for delicate soldering on miniature components while offering great versatility for placing and removing SMD components, drag soldering, and working on ground planes. Its beveled geometry facilitates the uniform application of solder and optimizes heat flow control. Made of high conductivity copper and treated with an advanced anti-oxidation coating, the 0.2mm Bumblebee-K ensures rapid temperature rise, constant thermal stability, and enhanced durability even under intensive microscope use.
Technical Specifications
- Compatibility: Soldering stations equipped with C210 handles (JBC and compatible)
- Tip Type: Bumblebee-K (knife-type beveled tip)
- Tip Width: 0.2 mm
- Material: High conductivity copper with reinforced anti-oxidation coating
- Recommended Temperature Range: 200°C to 450°C
- Fast and uniform heat transfer
- Optimal thermal stability during long work sessions
- Extended lifespan under intensive use
- Quick installation and replacement
Advantages
- Maximum versatility for soldering, desoldering, and drag soldering
- Expanded heating surface for uniform solder application
- Extreme precision for SMD components, BGA, QFN, and ground planes
- Superior thermal stability reducing thermal risks on sensitive components
- Excellent resistance to oxidation and prolonged wear
- Perfect compatibility with C210 soldering stations used in professional workshops
Recommended Applications
- Micro-soldering of SMD and BGA components on high-density circuits
- Drag soldering for fine pin lines
- Work on ground planes and large pads
- Repair of smartphone, tablet, and miniature electronic device motherboards
- Restoration of damaged PCB traces and micro-patches
- Precision operations under microscope in repair workshops and R&D laboratories
In stock