T12 Soldering Iron Tips

Applicable Models: FM-203, FM-204, FM-206, FX-951, FX=952, FM-202, FM-950

Handpieces: FM-2027, FM-2028

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Product Description
Product Features
Application field
Cooperation Process
Independent Production
Certifications
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Product Description

SHAPE B

SHAPE BC

SHAPE C

SHAPE D

SHAPE I

SHAPE J

SHAPE K

Product Features

Shape BCM/CM：This type differs from Shape BC with the addition of a hollow to its cut face, providing high solder retention capability. It is used for drag soldering and correction of bridging.
Shape BC/C：This type has a shape like a cone or column cut at a slant, which allows users to select the cut surface size depending on the workpiece. It is used for drag soldering and pre-tinning of lead wires.
Shape BCF/CF：A variation of the BC/C tip where it is tinned on the cut surface only. This allows for more accuracy on densely populated circuit boards.
Shape B：All-round type which can be used from any direction and is easy to hold at any position. Possible to solder any surface from small to large.
Shape D：This type has a shape like a flat-blade screwdriver and is capable of soldering by applying the tip in 2 ways: line and face. The width (size of tip) suitable for the workpiece can be selected, and it can be used for any soldering work.
Shape I：This type has a thin conical end and is an ultrafine tip which is best suited for soldering at narrow pitches, etc. It is the best for soldering micro components such as 0603, etc. and for repairing high-density-mounting P.W.Bs. such as in cellular phones, etc.
Shape J：This type differs from Shape B and I by bending the tip end and is capable of soldering by applying the tip in 2 ways: face and point. It is used for drag soldering and correction of bridging.
Shape K：This type has a shape like a knife and is capable of soldering by applying the tip in 3 ways: line, face and point. It is used for soldering at narrow pitches, correction of bridging and drag soldering.
Shape H：This type differs from Shape J by cutting the tip end. It is suitable for drag soldering and correction of bridging. *Not suitable for correcting bridging by standing the tip end like Shape J.
Shape S：It is derived from Shape B, C, D and I, which is used for soldering at the narrow pitches. Try Shape S as well as Shape I or K if the tip end of Standard type touches the nearby ICs.

Application field

Yashe soldering iron tips are engineered to meet the strict requirements of different high-tech industries. They deliver superior performance and durability, ensuring accurate soldering and efficient heat transfer. Whether you're working on intricate circuit boards or heavy-duty machinery, our tips guarantee exceptional results that meet the highest standards of quality and precision.

Mechanical

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Electronic

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New Energy

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Cooperation Process

OEM :

01

Customer Inquiry

02

Communication Requirements

03

Design Drawings

04

Quotation

05

Proofing

06

Customer Confirmation

07

Mass Production

08

Delivery

For Spot/Agent/Dealer :

01

Customer Inquiry

02

Communication Requirements

03

Quotation

04

Customer Confirmation

05

Mass Production

06

Delivery

Independent Production

YASHE has five lathe and milling machine processing lines with over 100 CNC machines, one iron-plating line, and one chrome-plating line.
We also possess six workshops, which are for copper milling, iron milling, polishing, iron-plating, chrome-plating, and packaging, respectively.

Workshop

Our soldering iron tip is made of high-quality T2 copper, ensuring excellent thermal conductivity from the heating core to the top.

Copper Warehouse

Our soldering iron tips are machined using automatic turning and milling machines, ensuring consistent size and a better metallic surface gloss.

CNC Milling Machine

Our factory uses a top-quality electroplating process that produces a pure and uniform iron layer, enhancing the soldering iron tip's durability, resistance to high temperatures, and lifespan.
During electroplating, we conduct real-time pH value and temperature detection on the solution.

Electroplating Tank

During the production process, employees perform self-inspection and on-site inspections. Random product sampling inspections are conducted before shipment.
Our laboratory is equipped with optical measurement machine and soldering iron tip lifespan testing machine to conduct structural inspections, lifespan testing, and high-temperature resistance testing of soldering iron tips.

Grinding and Polishing

Certifications

Our future goal is to promote Yashe soldering iron tips worldwide and become the leading global manufacturer and supplier of soldering iron tips. We are dedicated to earning the trust and satisfaction of our customers through outstanding product quality, innovative technology, and exceptional customer service.

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