Maxbrite Ni Lever 1423 chemical

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Maxbrite Ni Lever 1423 chemical Specification

Usage
Additive for nickel plating baths to obtain maximum brightness and leveling effect

Taste
Odorless

Storage
Store in a cool, dry area protected from direct sunlight

Application
Nickel electroplating

Ph Level
Neutral

Smell
No significant odor

Grade
Industrial

Shape
Fine crystalline

Solubility
Completely soluble in water

Structural Formula
Proprietary

Physical Form
Powder

HS Code
382499

Product Type
Electroplating Chemical

Molecular Formula
Proprietary mixture

Appearance
White powder

Poisonous
Non-poisonous

Ingredients
Organic brightener, wetting agent, proprietary additives

Properties
High bright nickel deposit, good levelling, stable in acid nickel baths, low foam formation

Shelf Life
18 Months

Purity
99%

Compatibility
Compatible with sulfate-based nickel plating baths

Effect on Deposit
Produces mirror bright finish, excellent ductility

Pack Size
25 kg HDPE bag

pH Range for Use
4.0 4.5

Dosage
Recommended usage 1 6 ml/L bath

Safety Precautions
Use gloves and eye protection during handling

About Maxbrite Ni Lever 1423 chemical

Discover Maxbrite Ni Lever 1423, the renowned and sought-after choice for achieving towering performance in nickel electroplating! This customizable additive is designed to deliver a mirror-bright finish with excellent ductility. Offered in a robust 25 kg HDPE bag, it delivers unbeatable price and quality. Maxbrite Ni Lever 1423 is compatible with sulfate-based nickel plating baths and ensures stable, high-bright nickel deposits with superior levelling. With its fine crystalline white powder and neutral pH, it's safe, non-poisonous, and odorless. Grab yours today and elevate your plating results!

Primary Competitive Advantages & Application Versatility

Maxbrite Ni Lever 1423 provides a towering edge with customizable dosage, superior brightening, and stable performance in acid nickel baths. Its low foam formation and excellent levelling ensure optimal results on a range of application surfaces. Sought-after for its reliability, it is ideal for automotive components, hardware, electronics, and decorative finishes. The solution excels in industrial environments, establishing itself as an indispensable additive for professionals and enterprises demanding impeccable nickel plating outcomes.

Domestic Market, Delivery, and Samples - An Overview

Serving the vast Indian market, Maxbrite Ni Lever 1423 offers quick estimate responses and streamlined processes to minimize your outlay and maximize value. Expect dispatching of your order within a committed delivery timeframe, ensuring minimal downtime. Samples are available upon request, allowing you to evaluate its performance prior to bulk procurement. This commitment to excellence sets Maxbrite Ni Lever 1423 apart as a reliable supplier, exporter, and service provider for your nickel plating needs.

FAQ's of Maxbrite Ni Lever 1423 chemical:

Q: How do I use Maxbrite Ni Lever 1423 in nickel plating baths?

A: To use Maxbrite Ni Lever 1423, add 1-6 ml per liter of bath in sulfate-based nickel electroplating systems. Adjust the dosage for desired brightness and leveling effects.

Q: What surfaces are ideal for the application of Maxbrite Ni Lever 1423?

A: This additive is suitable for a variety of metallic surfaces, including automotive, hardware, electronics, and any component requiring high-bright nickel finishes with excellent ductility.

Q: Where should I store Maxbrite Ni Lever 1423 for maximum shelf life?

A: Store the chemical in a cool, dry area protected from direct sunlight to maintain its properties and ensure an 18-month shelf life.

Q: What safety precautions should I follow when handling Maxbrite Ni Lever 1423?

A: Always use gloves and eye protection during handling to ensure safety, even though the powder is non-poisonous and has no significant odor.

Q: Which benefits can I expect from using Maxbrite Ni Lever 1423 in my nickel baths?

A: Users benefit from mirror-bright deposits, outstanding leveling, and high stability with low foam formation, resulting in superior nickel finishes.