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MERCURY(II) SULFATE

  • 520CNY/BOTTLE Updated: 2026-06-15
  • Price change (DoD): 0
    Average price (3M):520 CNY/BOTTLE
    Price Level(1Y):High
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MERCURY(II) SULFATE Prices Trends in China

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Reg Spec 2026/06/02 2026/06/09 2026/06/15 ChangeUnit Comparison

MERCURY(II) SULFATE Market Analysis

Mercury(II) Sulfate Market Intelligence Report (June 17, 2026)

I. Price Dynamics
1. Quotation from Qingdao Yijinrong Biotechnology Co., Ltd.
– Quotation dated June 15, 2026: Analytical reagent-grade mercury(II) sulfate (250 g/bottle, brand: Xilong or Guoyao) at an inclusive-tax price of RMB 520 per bottle; delivery location: Jinan City, Shandong Province; quotation validity: 3 days.
– Historical price stability: From May 20 to June 15, 2026, the company’s quotation remained unchanged at RMB 520 per bottle, with no fluctuations observed.

2. Quotation from Wuhan Canos Brand (Hubei Province)
– Mercury(II) sulfate (CAS No. 7783-35-9, purity ≥99%) priced on a tiered basis according to minimum order quantity:
≥1 kg: RMB 15/kg
≥10 kg: RMB 14/kg
≥100 kg: RMB 13/kg
– Total available supply: 99,999 kg; shipping origin: Wuhan City, Hubei Province; brand: Canos.

II. Supply-Demand Analysis
1. Supply Side
– Qingdao Yijinrong: Focuses primarily on reagent-grade mercury(II) sulfate, packaged in small units (250 g/bottle), serving laboratories and small-scale industrial users; supply is highly stable.
– Hubei Canos: Supplies bulk industrial-grade mercury(II) sulfate, with volume-based pricing discounts, catering to large chemical enterprises or catalyst manufacturers.
– Regional differentiation: Shandong Province emphasizes reagent-grade supply, whereas Hubei Province focuses on large-volume industrial transactions—forming a complementary market structure.

2. Demand Side
– Primary Applications:
Catalyst: Core catalyst in acetylene-to-acetaldehyde conversion; demand closely correlates with overall chemical industry operating rates.
Battery electrolytes: Used in specific battery types; demand subject to fluctuations in the new energy industry chain.
Analytical reagents: Employed in laboratory Chemical Oxygen Demand (COD) testing to eliminate chloride ion interference; demand is relatively inelastic but modest in scale.
– Demand Diversification:
Reagent-grade demand: Driven by R&D investment and environmental monitoring regulatory policies; exhibits low short-term volatility.
Industrial-grade demand: Highly sensitive to general chemical industry health; in June 2026, the sulfuric acid market experienced elevated raw material (sulfur) prices, contributing to reduced operating rates for certain downstream chemicals (e.g., titanium dioxide, caprolactam), potentially dampening industrial-grade mercury(II) sulfate demand.

III. Cost and Profitability Analysis
1. Raw Material Costs
– Production of mercury(II) sulfate relies primarily on sulfuric acid and mercury compounds. In June 2026, sulfuric acid prices exhibited regional divergence:
Jiangsu Province: RMB 2,300–2,500/ton for 98% sulfuric acid (sulfur-based);
Hebei Province: RMB 1,910–2,380/ton;
Henan Province (smelter acid): RMB 1,550–1,600/ton.
– Sulfur prices have surpassed RMB 10,000/ton, with port inventories at historically low levels, driving up sulfuric acid production costs and exerting upward pressure on mercury(II) sulfate pricing.
– Mercury compound prices remain relatively stable amid recent international non-ferrous metal market fluctuations.

2. Profit Margins
– Reagent-grade mercury(II) sulfate (Qingdao Yijinrong): Priced at RMB 520/bottle (≈RMB 2,080/kg), significantly exceeding industrial-grade pricing (RMB 13–15/kg), attributable to packaging, high-purity specifications, and brand premium—resulting in comparatively high profit margins.
– Industrial-grade mercury(II) sulfate (Hubei Canos): At RMB 13/kg, assuming raw material costs account for ~60% of total cost, gross margin approximates 40%; however, further increases in sulfuric acid prices pose an identifiable risk to profitability.

IV. Market Outlook
1. Short-Term Trends (1–3 months)
– Price Stability: Reagent-grade mercury(II) sulfate is expected to maintain its current price of RMB 520/bottle due to inelastic demand and concentrated supply; industrial-grade pricing—supported by sulfuric acid costs—is likely to adjust slightly based on order volume but remains broadly stable.
– Demand Divergence: Softness in the chemical industry may constrain growth in industrial-grade demand, while demand from environmental testing and scientific research remains steady.

2. Medium- to Long-Term Risks
– Raw Material Risk: Prolonged high sulfur prices may force sulfuric acid producers to curtail output, further elevating mercury(II) sulfate production costs.
– Regulatory Risk: Increasing environmental restrictions on mercury-containing compounds could dampen long-term demand; close attention should be paid to enforcement intensity of international agreements such as the Minamata Convention on Mercury.
– Substitution Risk: Breakthroughs in mercury-free catalyst technologies for acetylene-to-acetaldehyde conversion could significantly erode mercury(II) sulfate demand.

V. Key Data Summary
| Indicator | Value / Description |
|--------------------------------|-------------------------------------------------------------|
| Reagent-grade quotation (Qingdao) | RMB 520/bottle (250 g, valid for 3 days) |
| Industrial-grade quotation (Hubei) | RMB 13–15/kg (tiered pricing) |
| Sulfuric acid price (Jiangsu) | RMB 2,300–2,500/ton (98% sulfur-based acid) |
| Sulfur price | Exceeds RMB 10,000/ton; port inventories at low levels |
| Primary end-use sectors | Catalysts, battery electrolytes, analytical reagents |

About MERCURY(II) SULFATE



Mercury(II) sulfate is an electrolyte for primary batteries. Other applications are in extraction of gold and silver from roasted pyrites; as a catalyst in organic reactions such as conversion of acetylene to acetaldehyde; and as a reagent for wine coloring.
White crystals or powder. Mercuric sulphate decomposes on contact with water into yellow insoluble basic sulphate and sulphuric acid. The products of decomposition of mercuric sulphate include oxides of sulphur and oxides of mercury. Mercuric sulphate is incompatible with acetylene, ammonia, and strong acids and corrosive to iron, magnesium, aluminium, zinc, lead, and copper.

This chemical is included in Basic Chemicals. See more about what is MERCURY(II) SULFATE and MERCURY(II) SULFATE SDS information.

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