Plastic Energy Chains Market

Market Overview

According to Reed Intelligence the Global Plastic Energy Chains Market Size will approximately grow at a CAGR of 6.1% during the forecast period.

The fast-growing plastic energy chain market offers suppliers and manufacturers a range of possibilities. Depending on the kind, the market might be segmented into small and medium energy chains to satisfy the demands of different application sectors. Electronic equipment and CNC machine tools are the market's two main application areas, and they together account for the majority of demand for plastic energy chains.

The industry is being driven by a variety of factors, including the expanding use of automation and robotics in industries including manufacturing, the car industry, and electronics. As businesses strive to boost productivity and operational performance, there is a rising need for the dependable cable management options provided by plastic energy chains. The creation of high-performance polymers and self-lubricating plastics, which have higher chemical stability, wear resistance, and durability, has led to an increase in the usage of plastic energy chains.

Market Dynamics

Market Drivers

Since it's critical to protect hoses and cables from mechanical stress, abrasion, and environmental damage, reliable cable protection is needed in many industries. Due to its efficient cable management, plastic energy chains provide the greatest cable and hose routing, protection, and organization. Businesses' attempts to boost output and cut downtime are fueling the need for the dependable cable protection provided by plastic energy chains, which is fostering the market's expansion.

Market Restraints

• The Financial Components

The price of plastic energy chains may deter some buyers, especially in locales where price is a significant consideration. Even if their initial cost may still be too high for certain applications or financial conditions, plastic energy chains are chosen over metallic ones since they are lighter and less costly.

Market Opportunities

• Technological Developments

The increased design and material alternatives for plastic energy chains, together with their better performance characteristics, provide new economic opportunities. The development of specialized plastic energy chains that can withstand high speeds, difficult conditions, and high temperatures expands the scope of their potential uses.

Market Scope

Segmental Analysis

Segmentation By Type

• Small Energy Chains

Many cable management systems employ small energy chains, which are tiny, compact-sized chains. These energy chains are designed for machines and systems that have minimal cable needs and few alternatives for cable routing. Numerous positive characteristics, like adaptable mobility, efficient cable management, and reliable security, are present in small energy chains.

• Medium Energy Chains

The slightly bigger medium energy chains are designed to support higher weights and longer cable lengths. Applications requiring more complex cable management and larger cable capacities may employ these energy chains. In demanding applications, medium energy chains improve dependability and durability.

Segmentation By Application

• CNC Machine Tools

Precision machining processes are often carried out using CNC (Computer Numerical Control) machine tools in the industrial, automotive, and aerospace sectors. Because they assist in organizing and safeguarding cables, hoses, and other components, energy chains are essential for CNC machines. They ensure that cables may move freely, are secure in their fluid and electrical connections, and are safe from damage.

• Electronic Equipment

Robotics, automation systems, control panels, and industrial electronics are just a few examples of the applications for cable management in the world of electronic equipment. Cable organization and protection, as well as the dependable and effective functioning of electronic equipment, are all ensured by the usage of energy chains. In intricate electronic systems, they provide cable routing flexibility, strain relief, and reduced cable wear.

Regional Analysis

The Global Plastic Energy Chains Market is segmented by region as North America, Europe, Asia Pacific, Latin America, and Middle East and Africa.

North America

North America is a significant market for plastic energy chains due to its strong industrial foundation and the presence of significant industries including the automotive, aerospace, and manufacturing. Due to the development of automation and robotics in various industries, plastic energy chains are now more crucial than ever. The region's emphasis on technological advancement and rising awareness of energy efficiency also contribute to the market's growth.

Europe 

Europe is a significant market for plastic energy chains because of its strong manufacturing sector and the presence of the world's top industrial and automotive industries. Reliable cable management methods, such plastic energy chains, are necessary in Europe where worker safety and equipment lifespan are rigorously controlled. Energy efficiency and environmental preservation are given top priority in the area, which supports business growth.

Asia Pacific

The continent is home to a quickly growing market for plastic energy chains due to the region's substantial industrial and manufacturing sectors. The rapid industrialisation and automation occurring in countries like China, Japan, South Korea, and India is making plastic energy networks increasingly essential. The consumer goods, electronics, and automotive industries have the most impacts on the expansion of the markets in this area.

Key Players

1. Igus
2. Tsubaki Kabelschlepp
3. Dynatect
4. Brevetti Stendalto
5. CP System
6. Leoni Protec Cable Systems GmbH
7. Conductix-Wampfler
8. CKS Carrier Cable Systems
9. Hebei Hanyang
10. Hebei Ruiao
11. Crocodile Cable Carrier
12. Hont Electrical Co
13. Cangzhou Jingyi
14. Arno Arnold GmbH
15. M Buttkereit

Recent Developments

Plastic energy chains have lately included sensor and condition monitoring systems, which is an example of smart feature integration. These features enable real-time cable health, stress, and temperature monitoring, enhancing predictive maintenance and enhancing system dependability. In order to provide value and create new business prospects, intelligent components are being used more and more in plastic energy chains.