Nickel Sulfamate

Nickel Sulfamate manufacturer| Fairsky Nickel Sulfamate

Formula CAS No. Content
Ni(SO3NH2)2•4H2O 13770-89-3 18%min
Ni(NH2SO3)2•xH2O 13770-89-3 Ni 178.5~181.5 g/L
Inquire Now +
Nickel Sulfamate CAS No.13770-89-3,fairsky
Nickel Sulfamate CAS No.13770-89-3,fairsky
Nickel Sulfamate CAS No.13770-89-3,fairsky
Nickel Sulfamate CAS No.13770-89-3,fairsky

Nickel Sulfamate details Product Details

Nickel Sulfamate Properties Properties

Nickel Sulfamate is typically available in the form of green crystals (solid) and as a clear green solution. The crystalline form is highly hygroscopic and easily deliquescent when exposed to moist air. It is readily soluble in water and may lose its crystal water and decompose at elevated temperatures.

Nickel Sulfamate Application Application

Nickel sulfamate solution is widely used in electroforming and electroplating processes to produce low-stress, ductile, and dimensionally stable nickel coatings. As a key electroplating chemical, it is ideal for precision molds, aerospace components, and wear-resistant applications.

Nickel Sulfamate Storage Storage

Store in a cool, ventilating place. Prevent package from breaking and deliquescing.

Nickel Sulfamate Packing Packing

30kg Plastic drums or 1250kg IBC drums

Nickel Sulfamate FAQ Nickel Sulfamate FAQ

Are you a manufacturer of nickel sulfamate solution?

Yes. Fairsky is a professional manufacturer of nickel sulfamate solution in China, supplying stable-quality products for electroplating applications worldwide.

How is the quality of your nickel sulfamate solution?

Nickel sulfamate solution is produced using high-purity nickel metal, ensuring low impurity levels, stable composition, and consistent plating performance.

What is nickel sulfamate solution used for?

Nickel sulfamate solution is widely used in precision electroplating. It provides low internal stress coatings, fast deposition rates, and excellent ductility.

What packaging options are available for Nickel Sulfamate?

Standard packaging includes 30 kg plastic drums and IBC drum. Fairsky also supports customized packaging to meet different transportation needs.

What is the typical concentration of nickel sulfamate solution?

The most common specification is 65% solution, with nickel content typically ranging from 178.5 to 181.5 g/L.

Talk to Our Specialists

  • Quotation
  • Technical Documentation (TDS)
  • Sample Request
  • Feedback / Suggestions

Related Blog

May.08,2026

Feed Grade Cobalt Carbonate: Applications in Animal Nutrition and Feed Production

Cobalt is a trace element required in animal nutrition, especially for ruminants such as cattle and sheep. In feed production, Cobalt Carbonate is commonly used as a cobalt source for mineral premixes and compound feed formulations. Although the dosage is small, stable cobalt content and consistent material performance are important for feed processing and nutritional control.
Learn More >

May.06,2026

Barium Fluoride in Welding Flux: Performance, Function, and Application Insights

Barium Fluoride is widely used in welding flux formulations, particularly in processes where slag behavior and melt flow are critical. In practical applications, the performance of welding materials is influenced not only by composition, but also by how each component behaves during high-temperature processing. Barium Fluoride plays a specific role in controlling slag fluidity and improving welding stability. Understanding these functions helps optimize welding performance and material selection.
Learn More >

May.04,2026

What Is Fused Zirconia? Production, Applications and Industrial Uses

Fused Zirconia is a zirconium-based material produced by high-temperature melting. It is widely used in refractories, ceramic pigments, and electronic materials. In industrial use, the production method and material structure can directly affect performance in high-temperature and wear-resistant environments.
Learn More >

May.01,2026

Lithium Hydroxide: Types, Applications, and Industrial Use

Lithium Hydroxide is an important lithium compound used in batteries, lubricants, ceramics, and other industrial fields.In practical production, the form of lithium hydroxide and its handling characteristics can affect processing efficiency, storage, and final product performance.
Learn More >

Apr.29,2026

Barium Fluoride: Industrial Applications and Manufacturing Insights

Barium Fluoride (BaF₂) is a versatile compound widely used in various industrial applications, including in the production of welding agents, ceramics, and specialty chemicals.Due to its unique chemical and physical properties, it plays a critical role in processes that require stable fluorine compounds and specific material characteristics. This blog provides an overview of industrial-grade barium fluoride, with a focus on its applications in welding technology and other key sectors.
Learn More >

Apr.27,2026

Nickel Sulfate: Uses, Applications, and Supply from China

Nickel Sulfate is a critical compound used in various industries, including electroplating, battery materials, and catalyst preparation.In these applications, selecting the correct form and grade of nickel sulfate can significantly impact the processing efficiency and overall material performance.
Learn More >

Apr.13,2026

Cobalt Nitrate in Catalyst Applications: A Comprehensive Overview

Cobalt Nitrate, typically supplied as cobalt nitrate hexahydrate (Co(NO₃)₂·6H₂O), is a versatile red crystalline inorganic compound that plays a pivotal role in various catalytic processes. Its unique combination of solubility, reactivity, and compatibility with different catalyst carriers makes it an essential component in the preparation of high-performance cobalt-based catalysts. This document delves into the specific applications, performance evaluation, and types of cobalt nitrate catalysts, highlighting their significance in the chemical industry.
Learn More >

Apr.10,2026

Cobalt Carbonate Solubility Comparison: Why Reaction Behavior Matters in Industry

Cobalt carbonate is widely used as a key raw material for cobalt salts, catalysts, and battery materials. Its dissolution performance in acid directly affects production efficiency, process stability, and end-product consistency.Even when chemical compositions are similar, cobalt carbonate from different production processes can behave very differently during dissolution. A simple comparative test clearly shows these differences — and why they matter for your production.
Learn More >