Strontium Hydroxide Octahydrate Cas 1311-10-0

Strontium Hydroxide Octahydrate (CAS 1311-10-0) Comprehensive Guide

Table of Contents

• Product Overview & Specifications
• Applications & Industrial Uses
• Usage Scenarios
• Customer Case Studies
• Inquiry & Contact

Product Overview & Specifications

Supplier Comparison

Applications & Industrial Uses

Core Applications

• Lubricant Production: Key component in strontium-based lubricating waxes
• Chemical Synthesis: Precursor for strontium carbonate, nitrate, and other salts
• Surface Treatment: Enhances drying properties of paints and varnishes
• Sugar Refining: Purification agent in beet sugar processing
• Advanced Materials: Raw material for perovskite solar cells and nanocatalysts

Industry-Specific Uses

• Petrochemicals: Catalyst in oil refining
• Electronics: Dielectric material production
• Pharmaceuticals: pH adjuster in topical depilatory products

Usage Scenarios

Industrial Application Protocol

1. Dissolve in hot deionized water (80-90°C) at 1:5 ratio
2. Filter to remove insoluble impurities
3. Adjust pH to 10-12 for catalytic reactions
4. Maintain temperature below 40°C during slow crystallization

Research & Development

• Nanomaterial synthesis via sol-gel hydrothermal methods
• Solid base catalyst development for green chemistry
• Perovskite film optimization for photovoltaic cells

Customer Case Studies

Case 1: Specialty Chemical Manufacturer

• Client: Tesco Chemical (Wuhan)
• Challenge: Improve paint drying time by 30%
• Solution: 2% strontium hydroxide additive in alkyd resin formulation
• Outcome: Achieved 28% faster drying at 25°C ambient conditions

Case 2: Advanced Materials Lab

• Client: Shanghai Research Institute
• Objective: Develop lead-free piezoelectric ceramics
• Method: Hydrothermal synthesis using 99.995% purity material
• Result: 15% improvement in electromechanical coupling coefficient

Inquiry & Contact

Request technical specifications, MSDS, or custom formulation services:

Submit your requirements for bulk pricing or specialized grades:

• Standard industrial grade (99%)
• High-purity grade (99.9%)
• Nanopowder form (50-100nm particle size)