Milking Hose Market Report: Global sales of milking hoses are projected to reach 3.18 billion yuan by 2031

According to the milking hose market report released by YH Research, this report provides the milking hose market situation, definition, classification, application, and industrial chain structure, while also discussing development policies and plans, manufacturing processes, and cost structures, analyzing the current development status and future market trends of the milking hose market. It also analyzes the main production areas, main consumption areas, and main manufacturers of the milking hose market from the perspectives of production and consumption.

I. Market Size and Growth Forecast
The global milking hose market is projected to reach 3.18 billion yuan by 2031, with a compound annual growth rate (CAGR) of 5.4% (2025-2031). This growth is primarily driven by the sustained expansion of global dairy product consumption demand and the trend toward automation and scale in the dairy farming industry. From a regional perspective, the European market holds a dominant 45% share, while the Asia-Pacific and North American markets combined account for 55%. As the core of the Asia-Pacific region, the Chinese market is expected to see a significant increase in market size by 2031, with its global share also expanding accordingly. This trend reflects the potential demand for high-performance milking hoses in emerging economies as they modernize their dairy industries.

II. Product Technical Characteristics and Market Positioning
Milking hoses, as the key component connecting milking machines to collection systems, directly determine milk quality and production efficiency. Current mainstream materials include silicone, rubber, and PVC. Silicone hoses, with their food-grade safety, crack resistance, and ease of cleaning, are the preferred choice for high-end markets, while rubber and PVC hoses dominate the mid-to-low-end market due to their cost advantages. Product design focuses on balancing vacuum pressure resistance, flexibility, and durability. For example, DeLaval's patented anti-deformation technology significantly extends hose lifespan. Additionally, research and development of eco-friendly hoses (such as biodegradable materials) is accelerating to meet the sustainable agriculture sector's demand for reduced environmental footprints.

III. Driving Factors and Market Opportunities
Growth in dairy product demand: Global population growth, accelerated urbanization, and increased consumer awareness of nutritional value are driving annual growth in dairy product consumption of 3%-4% (FAO data), directly boosting demand for milking hoses.
Widespread Adoption of Automated Farming Technology: Modern dairy farms are increasingly adopting robotic milking systems (such as GEA's Smart Milking Platform), which impose higher requirements on hose durability, resistance to aging, and data compatibility, thereby driving the penetration rate of high-end products.
Material Innovation and Regulatory Upgrades: The implementation of regulations such as the EU Food Safety Regulation and China's Dairy Product Quality and Safety Supervision and Administration Regulation has prompted manufacturers to develop non-toxic, antibacterial hoses compliant with international standards, such as Trelleborg Group's antibacterial coating technology.
Sustainable Agricultural Transformation: The market demand for eco-friendly hoses (e.g., reusable designs) is growing at an annual rate of 8%, aligning closely with the industry's carbon neutrality goals.


IV. Industry Challenges and Response Strategies
Cost and Investment Barriers: Small and medium-sized farms are constrained by financial pressures and struggle to afford the high procurement and maintenance costs of high-end hoses. Solutions include introducing installment payment models (such as Saint-Gobain's leasing program) or developing mid-range products with better cost-effectiveness.
Product Lifespan and Wear Management: Residual cleaning agents and frequent use shorten hose lifespan, necessitating optimized formulations (e.g., adding wear-resistant fillers) or the development of smart monitoring systems (e.g., pressure sensors) to extend service life.
Regional Regulatory Differences: Diverse national standards for material safety and environmental protection compel manufacturers to establish modular production lines (e.g., REHAU's standardized component design) to reduce compliance costs.
Market Competition and Price Pressure: Leading manufacturers (such as GEA and DeLaval) control costs through vertical integration of the supply chain, while small and medium-sized enterprises need to focus on niche markets (such as silicone hoses) or differentiated services (such as customized solutions) to enhance competitiveness.



V. Competitive Landscape and Vendor Strategies
The global milking hose market exhibits oligopoly characteristics, with the top four manufacturers (Trelleborg Group, Saint-Gobain, DeLaval, and GEA) holding over 30% of the market share. Leading companies consolidate their advantages through the following strategies:

Building technological barriers: Investing in R&D for anti-aging and antibacterial materials, such as BouMatic's nano-coating technology.
Global expansion: Establishing production facilities in emerging markets such as Asia-Pacific and Latin America (e.g., MILKRITE's Indian factory) to reduce logistics costs.
Value-added services: Offering lifecycle management services for hoses (e.g., regular maintenance and replacement reminders) to enhance customer loyalty.
Small and medium-sized enterprises (SMEs) differentiate themselves by focusing on regional markets or specific application scenarios (e.g., Kuriyama's hoses designed for low-temperature environments).

6. Future Trends and Innovation Directions
Smart Technology and IoT Integration: Future hoses may incorporate sensors to monitor pressure, flow, and wear in real time, and integrate with farm management systems to improve production efficiency.
Biomaterial Applications: Replacing traditional petrochemical materials with natural rubber or plant-based polymers to reduce carbon footprints.
Modular Design: Developing standardized components that can be quickly replaced to reduce maintenance costs and downtime.
Circular Economy Model: Promote hose recycling and reuse (e.g., Terraflex's recycled materials program) to establish a closed-loop supply chain.


7. Conclusions and Insights
The milking hose industry is at a critical juncture of technological upgrading and market restructuring. Leading manufacturers must consolidate their technological barriers through continuous innovation, while small and medium-sized enterprises should focus on niche markets or service model innovation. Additionally, the industry must strengthen collaboration with downstream farms and policymakers to advance standardization and environmental technology adoption. In the future, products featuring intelligence, sustainability, and high cost-effectiveness will become the market mainstream. The ability to capitalize on this trend will determine a company's success or failure in global competition.