Industry-wide peak-season investment opportunities overview

【Answer 1】 In Q2, air conditioners and textile manufacturing (including garment accessories, dyeing & finishing, cotton spinning, sportswear, etc.) enter their peak season; kitchen appliances, refrigerators & washing machines, beer, dairy products, crop farming, and traditional Chinese medicine enter their secondary peak season; while baijiu (Chinese liquor), snack foods, duty-free goods, and apparel & home textiles enter their off-season. In Q1, influenced by Spring Festival holiday consumption, baijiu and gold & jewelry experience their peak season; apparel & home textiles and condiments enter their secondary peak season; whereas most other consumer sectors fall into their off-season. (3) Manufacturing Regarding seasonal patterns across the manufacturing sector: peak seasons are concentrated in Q4; Q2 and Q3 are mostly secondary peak seasons; and Q1 is typically the off-season: — Q4 is the traditional peak season for most manufacturing industries. — Most manufacturing industries enter their secondary peak season in Q2 and Q3. (4) Financials & Real Estate For financials and real estate, seasonal patterns vary by subsector: banks and insurance companies experience their peak season in Q1; real estate developers and securities firms peak in Q4; and Q2 serves as the secondary peak season for all four subsectors: — Both real estate and securities industries peak in Q4 and hit their off-season in Q1. — Banks and insurance companies peak in Q1 and hit their off-season in Q4. (5) Cyclical Industries Cyclical industries follow a pattern similar to manufacturing: Q4 is the peak season for most sectors; Q2 and Q3 are secondary peak seasons; and Q1 is generally the off-season: — Most cyclical industries peak in Q4. — Q2 and Q3 serve as secondary peak seasons for most cyclical industries. (II) How do seasonal patterns affect stock price performance? Based on observed seasonal patterns across industries, we further examine the relationship between seasonality and stock performance: — Over the past decade, monthly performance data show that March, July–August, and October–December are months when peak-season industries tend to outperform — broadly covering the year’s major peak periods. — However, not all peak periods generate strong seasonal market performance. For instance, peak-season industries underperform during Q2 and around the Spring Festival holiday period. In summary, peak-season industries can indeed deliver short-term excess returns, but such returns are neither guaranteed across all peak periods nor uniform across all industries — further screening and identification are required. That said, seasonal trading effectiveness notably improves in Q3 and Q4 with the arrival of traditional production and consumption peaks — especially in July and August. Amid today’s scarcity of broad-based industry momentum, seasonal strength serves as a critical fundamental signal warranting increasing attention. (III) Which industries merit focus for peak-season trading in Q3? Q3 — particularly July and August — represents the period of strongest seasonal trading effectiveness throughout the year. So which peak-season industries deserve particular attention? We compared the excess returns and win rates of various industries during July–August over the past decade. Industries currently in peak or secondary peak season, and exhibiting relatively high win rates and risk-adjusted returns (i.e., favorable reward-to-risk ratios) in July–August, include: 1) Cyclical sectors: polyurethane, industrial metals, coking coal, ordinary steel, coal chemical industry, phosphorus chemical industry, fluorine chemical industry, hydropower, nuclear power, shipping, nitrogen fertilizer, cement; 2) Consumer sectors: hog farming, broiler farming, feed, metal packaging; 3) TMT sectors: telecom operators, optical components; 4) Manufacturing sectors: motorcycles, wind power equipment.

Market status survey and industry trend analysis report on China’s advanced chemical materials industry (2025–2031)

【Answer 2】 Zhiyen Consulting’s 'Market Status Survey and Industry Trend Analysis Report on China’s Advanced Chemical Materials Industry (2025–2031)' comprises fourteen chapters. It begins by introducing the market development environment and overall operational dynamics of the advanced chemical materials industry, followed by an analysis of current market operations. Next, it examines the competitive landscape of the industry. Subsequently, the report provides operational analyses of key enterprises in the advanced chemical materials sector, and concludes with projections on industry development trends and investment outlooks. This report is an indispensable tool for anyone seeking a systematic understanding of the advanced chemical materials industry or considering investment in this sector. The research data primarily draws from national statistical databases, the General Administration of Customs, questionnaire surveys, data collected by the Ministry of Commerce, and other sources. Macroeconomic data mainly originates from the National Bureau of Statistics; certain industry-specific statistics come from both the National Bureau of Statistics and market research reports; enterprise-level data is sourced from the National Bureau of Statistics’ database of designated large- and medium-sized enterprises and securities exchanges; and pricing data is derived from various market monitoring databases. Report Table of Contents: Chapter 1: Overview of the Advanced Chemical Materials Industry 1.1 Definition and Classification of the Advanced Chemical Materials Industry 1.1.1 Industry Definition 1.1.2 Major Product Categories 1.1.3 Predominant Business Models 1.2 Industry Characteristics Analysis 1.2.1 Industrial Chain Analysis 1.2.2 Role of the Advanced Chemical Materials Industry in China’s National Economy 1.2.3 Life Cycle Analysis of the Advanced Chemical Materials Industry (1) Theoretical Foundation of Industry Life Cycle (2) Life Cycle Stage of the Advanced Chemical Materials Industry 1.3 Economic Indicator Analysis of China’s Advanced Chemical Materials Industry (Past 3–5 Years) 1.3.1 Profitability 1.3.2 Growth Rate 1.3.3 Value-Added Potential 1.3.4 Entry Barriers / Exit Mechanisms 1.3.5 Risk Profile 1.3.6 Industry Cyclicality 1.3.7 Intensity of Competitive Rivalry 1.3.8 Maturity Assessment of the Industry and Its Key Subsectors Chapter 2: Operating Environment Analysis of the Advanced Chemical Materials Industry 2.1 Political and Legal Environment Analysis 2.1.1 Industry Regulatory Framework 2.1.2 Key Laws and Regulations 2.1.3 Relevant National Development Plans 2.2 Economic Environment Analysis 2.2.1 Analysis of Global Macroeconomic Conditions 2.2.2 Analysis of Domestic Macroeconomic Conditions 2.2.3 Macroeconomic Environment Analysis Specific to the Industry 2.3 Social Environment Analysis 2.3.1 Social Context of the Advanced Chemical Materials Industry 2.3.2 Impact of the Social Environment on the Industry 2.3.3 Impact of Advanced Chemical Materials Industry Development on Social Progress 2.4 Technological Environment Analysis 2.4.1 Technology Analysis of Advanced Chemical Materials 2.4.2 Current Level of Technological Development 2.4.3 Key Technology Development Trends in the Industry Chapter 3: Operational Analysis of China’s Advanced Chemical Materials Industry 3.1 Development Status of China’s Advanced Chemical Materials Industry 3.1.1 Development Stages of China’s Advanced Chemical Materials Industry