Calcium Carbide Lumps

Name: China Calcium Carbide Lumps Manufacturers Suppliers Factory - Calcium Carbide Lumps Price - ZhenAn
Brand: ZhenAn
SKU: 260658927

Particle size: 50-80mm
Gas generation: 295 L/Kg Min
Phosphine: 0.06% Max

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Description

ZhenAn International Co., Limited is one of the most reliable manufacturers and suppliers of calcium carbide lumps in China. With abundant experience, we warmly welcome you to wholesale discount calcium carbide lumps in stock here from our factory. Quality products and reasonable price are available.

Why Choose Us

ZhenAn always adheres to the business model of "quality first, service first", and constantly innovates corporate culture. In the course of development in the new century, we are willing to cooperate sincerely with friends from all walks of life to seek common development. and to provide users with high-quality products and thoughtful and honest services. The company will join hands with friends from all walks of life, customers to create a better tomorrow.

Competitive Prices Calcium Carbide for 50-80mm Acetylene Gas Grade in 50kg/100kg Drums

ITEM		INDEX
Gas Yield 20ºC 101.3 Kpa L/kg≥	Size	Gas Yield			Size percentage	Ash,%
	Size	Top	AGrade	Accept Grade	Size percentage	Ash,%
	80-120mm	300	295	280	≥90	≤1
	50-80mm	300	295	280	≥90	≤1
	25-50mm	300	295	280	≥90	≤1
	15-25mm	300	285	260	≥90	≤1
	7-15mm	290	270	250	≥90	≤1
	4-7mm	280	260	240	≥90	≤1
	2-4mm	260	240	220	≥90	≤1
PH3%(VV)≤		0.08
H2S%(V/V)≤		0.1

Inorganic Chemicals Chinese Trade 50-80mm 50/100 Drum Calcium Carbide From Chinese Cac2 Calcium Carbide Stone

The influence of moisture in carbon materials cannot be ignored. Every 1% of moisture in coke will increase power consumption by 11.8kWh.
10-15% of the volatile matter in carbon materials is decomposed and carbonized in the furnace, which reduces the efficiency of carbon materials. If the volatile matter in carbon raw materials increases by 1%, 3-5kWh/t more power will be consumed for each ton of calcium carbide produced. In addition, the volatile matter is close to the reaction zone, forming a semi-melted and sticky state, which makes it difficult for the materials in the reaction zone to fall, easily causing material spraying and increasing heat loss.