Images are for illustration purposes only and may differ from the actual product. Some images have been generated or edited, in whole or in part, using artificial intelligence systems. The technical specifications in the product description are authoritative.
Active soldering tip in 2535BCF format with pre-tinned contact surface. Designed for Hakko FX-9701 and FX-9702 soldering irons. Ensures reliable heat transfer and solder wetting.

Soldering Tip 2535BCF Format - Hakko T39-BCF2535

HAKKO Original product
Net price (excl. VAT)
€16.15
Item HK-T39-BCF2535
Manufacturer no. T39-BCF2535
Personal expert advice
Brand new Specialist dealer since 2009 Original product Worldwide shipping
Product data
Manufacturer no.T39-BCF2535
EAN4962615058912
Country of originJapan
Customs tariff number85159080
ConditionNew
Article
HK-T39-BCF2535

Overview

The Hakko T39-BCF2535 is an active soldering tip in the 2535BCF format, specifically engineered for use with Hakko FX-9701 and FX-9702 soldering irons. The contact surface comes pre-tinned to ensure optimal heat transfer and reliable solder wetting from the first application.

Key Features

  • 2535BCF format design for precise fit and compatibility
  • Pre-tinned contact surface for immediate use
  • Active tip technology for enhanced thermal performance
  • Compatible with FX-9701 and FX-9702 soldering irons
  • Designed for professional soldering applications

Technical Specifications

Tip Format2535BCF
Compatible IronsHakko FX-9701, FX-9702
Surface TreatmentPre-tinned contact surface
Tip TypeActive soldering tip
Country of OriginJapan

Applications

Ideal for general-purpose soldering work, PCB assembly, and rework applications where reliable heat transfer and consistent solder flow are essential.

More Information
Manufacturer Nr.T39-BCF2535
ManufacturerHakko
Country of ManufactureJapan
EAN4962615058912
Weight0.020000
HS-Code85159080
GPSR manufacturer informationTBK - Technisches Büro Kullik GmbH Industriestrasse 27 DE-56276 Großmaischeid www.kullik.com
Article authenticityOriginal product
Condition of articleNew
Position sensingNo