ANTEX Replacement Tips Product Leaflet

This document introduces the replacement tips for Antex soldering irons, emphasizing that only Antex bits should be used, as they have been specifically designed to match the power output of the heating element. ANTEX replacement bits are manufactured from high-grade copper, plated first with iron and then chrome to provide a long working life. By designing the bit to wrap around the heating element, ANTEX ensures maximum heat transfer into the bit and minimum heat loss to the surrounding environment. Tests have shown that an ANTEX 25 watt iron has equivalent soldering power to many other manufacturers' 40 watt irons.


ANTEX Replacement Tips Product Leaflet - cover page
Brand
ANTEX
Category
Other
Document type
Product Leaflet
Language
English
Pages
2
File format
PDF
File size
82 KB
Published
07 May, 2012
Updated
28 September, 2023
MD5 checksum
58E6359232A52024CA9F0928671EBD70

About this manual

ANTEX replacement tips are engineered to match the power output of ANTex soldering irons. The bits are made from high‑grade copper, first plated with iron and then chrome, and are shaped to wrap around the heating element for optimal heat transfer and minimal loss.

A range of tip sizes and rework kits are offered for SMT work, including 0.5 mm tips and various SMD package styles (0805, 1206, SOT23, etc.). These kits provide the appropriate tip and tool for each component size, ensuring precise rework and repair.

What's inside

  • Replacement Tips
  • Tip Materials
  • Tip Design
  • Rework Kits
  • Tip Sizes

Specifications

MaterialHigh‑grade copper plated with iron and chrome
Heat Transfer DesignWrap‑around design around heating element
Power Equivalence25 W iron equivalent to many 40 W irons

Frequently asked questions

What material are ANTex replacement tips made of?

They are made from high‑grade copper that is first plated with iron and then chrome.

How does the ANTex tip design improve soldering performance?

The tip wraps around the heating element, providing maximum heat transfer to the tip and minimizing heat loss to the ambient.

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