Non-Corrosive Fluorine-Based Aluminum Brazing Flux 25kg/Bucket 525°C

起源の場所	広東省、中国
ブランド名	Sunhope

製品の詳細

融解範囲:

1065 – 1170°F

電気伝導率:

42% IACS (O)

密度:

2.68 g/cm3

Anti-corrosion性能:

B(ジェネ)、A(SCC)

熱膨張係数:

22×10⁻⁶/K(20℃～300℃)

熱伝導率(20℃):

170 w/m・k

OEMサービス:

承認されました

直径:

0.8 / 0.9 / 1.0 / 1.2 / 1.6mm

体重の選択肢:

1kg/5kg/15kg/スプール

支払いと配送条件

最小注文数量

1000KG

価格

交渉可能

パッケージの詳細

安全な梱包材を備えた木製ケース

受渡し時間

30日

支払条件

LC、T/T

供給の能力

1000トン/月

製品説明

Non-Corrosive Fluorine-Based Aluminum Brazing Flux 25kg/Bucket 525°C

Product Introduction

This high-performance aluminum brazing flux is specifically formulated for brazing machines, delivering reliable results at a melting point of 525°C. Packaged in 25kg buckets, it ensures consistent quality and efficiency for industrial applications.

Product Advantages

Prevents oxidation during the brazing process
Cleans the surface of machine parts effectively
Actively participates in the brazing process for improved joint strength
Provides good electrical conductivity

Product Applications

Designed for use in brazing machines, this aluminum brazing flux features uniform and fine particle size for optimal distribution. Its surface fluidity is typically enhanced by a borax-based composition, ensuring smooth and even coverage during operation.

Non-Corrosive Fluorine-Based Aluminum Brazing Flux 25kg/Bucket 525°C 0

Product Quick Details

Product Name	Melting Temperature (°C)	Bulk Density (g/l)	Usage
TAF-3	475 ± 15	550–850	Where clad is not used; where the gap between welding surfaces is wide
TAF-5	525 ± 15	?	General purpose brazing applications

Product Features

Unlike conventional chlorine-based fluxes that are highly corrosive and require post-brazing water washing to prevent residual corrosion, this fluorine-based flux is completely non-corrosive. It eliminates the need for water washing, saving time and reducing environmental impact while ensuring long-term reliability of brazed components.

Product Specifications

Parameter	Value / Description
Melting Range	1065 – 1170°F
Electrical Conductivity	42% IACS (O)
Density	2.68 g/cm³
Anti-Corrosion Performance	B (Gen), A (SCC)
Coefficient of Thermal Expansion	22 × 10⁻⁶ /K (20°C – 300°C)
Thermal Conductivity (20°C)	170 W/m·K
OEM Service	Accepted
Diameter	0.8 / 0.9 / 1.0 / 1.2 / 1.6 mm
Weight Options	1 kg / 5 kg / 15 kg per spool
Flux Content	Normal standard
Spool Material	Plastic (Black / White)
Welding Type	Flame Welding

About SUNHOPE

For over 15 years, SUNHOPE has been a leading manufacturer and developer specializing in automotive radiator and condenser components, exporting globally. Our expertise encompasses the entire radiator production line.

Core Services & Capabilities

Factory Setup Support: We assist international clients in establishing local radiator/condenser manufacturing plants, providing tailored solutions based on 15+ years of industry knowledge.
Comprehensive Equipment Supply: We supply complete production lines (including CKD kits) and offer pre-sales & after-sales technical support. Our engineers provide on-site installation guidance.
Full Component Supply: SUNHOPE is your single source for all essential radiator and condenser hardware and plastic components, guaranteeing supply chain reliability and finished product quality.
Technical Expertise: As equipment users ourselves, we possess deep operational understanding, enabling us to quickly identify and resolve potential production issues.

Why Partner with SUNHOPE?

Extensive Mould Inventory: Over 200 proprietary head plate moulds covering most popular global vehicle models.
Equipment Expertise: 10+ years of hands-on radiator manufacturing experience allows us to recommend and source optimal machinery for your needs.
Superior After-Sales Support: Strong partnerships with equipment providers ensure prompt and effective service. Our user perspective enables faster, more accurate problem-solving.
True One-Stop Solution: From factory design, equipment supply, and component sourcing to technical support - SUNHOPE delivers seamless integration for successful radiator production startup and operation.

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