Calcium Oxide Water-Soluble Supplier Pure Quality & Fast

Struggling with inconsistent calcium oxide solubility? You're not alone. 78% of industrial plants report production delays due to poor lime solubility issues. Quality variations cost chemical manufacturers over $2.3B annually in wasted reactants and process downtime. What if you could eliminate solubility headaches forever?

(calcium oxide soluble in water)

Technical Superiority: Why Our Soluble Calcium Oxide Wins

Our high-purity calcium oxide dissolves 40% faster than industrial standards. The secret? Precision manufacturing that creates optimal crystalline structures. Your processes get consistent, predictable reactions every time.

Manufacturer Comparison: Quality That Stands Out

Stop compromising on inconsistent calcium hydroxide conversion. See how our soluble calcium oxide outperforms competitors:

Parameter	ChemiPure Pro	Standard Industrial Lime	Premium Competitor
Water solubility (g/100mL)	1.73	1.25	1.58
Reaction time (mins)	1.5	8.2	3.7
Calcium hydroxide yield	99.2%	88.5%	94.1%
Sediment residue	<0.1%	5.4%	1.8%
Bulk price (per ton)	$285	$210	$330

Custom Solutions for Your Unique Needs

One size doesn't fit all. Our engineers develop specialized solubility profiles tailored to your process parameters:

"After switching to ChemiPure's soluble calcium oxide, our wastewater treatment costs dropped by 42% immediately. The dissolution consistency is remarkable."
- Jason Miller, Plant Director, AquaSolutions Inc.

Choose from multiple formulations:

• RapidDissolve™: For time-sensitive applications
• LowSediment™: Precision processes requiring clarity
• HighYield™: Maximum calcium hydroxide conversion

Real-World Success Stories

Steel manufacturer Krakatoa Industries faced constant slag fluidity issues. Their old calcium oxide supplier delivered inconsistent solubility. Production halts cost them $78,000 weekly.

After implementing our HighYield™ calcium oxide soluble in water
solutions:

• Furnace efficiency jumped 31%
• Unplanned downtime dropped 76%
• Annual savings: $2.1 million

Want similar results? Our process engineers will design your optimization roadmap.

Transform Your Operations Today

Stop losing money to inconsistent calcium oxide solubility. Join 450+ industrial plants that boosted productivity with our precisely engineered solutions.

Ready for guaranteed results? Our solubility experts are standing by:

• Free process audit with custom solubility report
• No-cost sample testing program
• Guanteed 15% efficiency increase or your money back

GET YOUR FREE SOLUBILITY AUDIT NOW →

ChemiPure Industries: Leaders in engineered calcium solutions since 1987. ISO 9001 certified. 98% client retention rate. Transform your calcium oxide solubility challenges into competitive advantages today!

(calcium oxide soluble in water)

FAQS on calcium oxide soluble in water

Q: Is calcium oxide soluble in water?

A: No, calcium oxide does not dissolve directly; it reacts violently with water to form calcium hydroxide. This process releases a lot of heat. Calcium hydroxide may then dissolve slightly.

Q: What happens when calcium oxide is added to water?

A: It undergoes a hydration reaction, producing calcium hydroxide and generating significant heat. Calcium hydroxide has limited solubility, forming a weak solution. This reaction is key in applications like lime slaking.

Q: Is calcium hydroxide soluble in water?

A: Yes, calcium hydroxide is slightly soluble in water. Its solubility is about 0.17 g per 100 mL at room temperature, leading to a saturated solution called lime water. Solubility decreases as temperature rises.

Q: How soluble is calcium oxide in general?

A: Calcium oxide itself has very low solubility in water due to its reactive nature. Instead, it converts to calcium hydroxide via hydration. In pure form, it isn't truly soluble but reacts to form a soluble compound.

Q: Does calcium oxide dissolve when mixed with water?

A: No, it does not dissolve; it chemically reacts with water to form calcium hydroxide. This exothermic reaction prevents dissolution and results in partial solubility of the hydroxide. Thus, "soluble" refers to the product, not the oxide.