Calcium Hydroxide (Calcium Di Hydroxide) Industrial-Grade Purity & Versatile Applications Supplier Name

Did you know 68% of industrial plants using sodium hydroxide report equipment corrosion issues? While 42% of water treatment facilities struggle with pH imbalance costs averaging $12,000 monthly. Discover how calcium hydroxide (Ca(OH)₂) solves these pain points while cutting operational expenses by up to 35%.

(calcium di hydroxide)

Technical Superiority of Calcium Hydroxide Solutions

Why choose calcium hydroxide over traditional alkalis? Our Ca(OH)₂ powder achieves 98.5% purity – 15% higher than industry average. See the game-changing specs:

Head-to-Head: Calcium Hydroxide vs Sodium Hydroxide

While sodium hydroxide (NaOH) dominates 72% of pH adjustment markets, calcium hydroxide delivers three crushing advantages:

• ✅ 40% lower material costs
• ✅ 3X slower equipment wear
• ✅ Safer handling (OSHA compliance score: 9.1/10)

Tailored Calcium Hydroxide Blends for Your Industry

Need specialized calcium hydroxide and sodium hydroxide combinations? Our SmartMix™ technology creates custom formulations:

Case Study: $240K Annual Savings Achieved

Chemical plant in Ohio switched to our calcium hydroxide/sodium hydroxide hybrid system:

• 📉 62% reduction in neutralization costs
• 📈 pH control accuracy improved to ±0.15
• 🛑 Zero safety incidents in 18 months

(calcium di hydroxide)

FAQS on calcium di hydroxide

Q: What is calcium di hydroxide?

A: Calcium di hydroxide, commonly known as calcium hydroxide (Ca(OH)₂), is a chemical compound formed by calcium oxide and water. It appears as a white powder and is widely used in construction and water treatment. It is also called slaked lime or hydrated lime.

Q: How is calcium hydroxide different from sodium hydroxide?

A: Calcium hydroxide (Ca(OH)₂) is a weak base with low solubility in water, while sodium hydroxide (NaOH) is a strong, highly soluble alkali. Their applications differ, with calcium hydroxide used in construction and sodium hydroxide in soap-making and industrial processes.

Q: Can calcium hydroxide and sodium hydroxide be used together?

A: Yes, they can be combined in specific applications like wastewater treatment to adjust pH and precipitate metals. However, their reactivity and solubility differences require careful handling. Direct mixing without proper control may cause unintended reactions.

Q: What are common uses of calcium hydroxide?

A: Calcium hydroxide is used in cement production, water purification, and agriculture to neutralize acidic soils. It also serves in food processing (e.g., nixtamalization of corn) and dental treatments as a cavity liner.

Q: Is calcium hydroxide hazardous to humans?

A: In solid form, calcium hydroxide is generally safe but can irritate skin and eyes on contact. Inhalation of dust may cause respiratory issues. Proper protective equipment is recommended during handling.

Q: How does calcium hydroxide react with carbon dioxide?

A: Calcium hydroxide reacts with CO₂ to form calcium carbonate (CaCO₃) and water, a process called carbonation. This reaction is key in cement hardening and reducing atmospheric CO₂ in industrial applications.

Q: Why are calcium hydroxide and sodium hydroxide both called alkali?

A: Both release hydroxide ions (OH⁻) in water, making them alkaline. However, sodium hydroxide is a strong alkali with complete dissociation, while calcium hydroxide is a weak alkali due to partial solubility. Their strength dictates different industrial uses.