Welded VS Tie-Rod Cylinders

This article will focus on Kappa Engineering's 150 and 250 series of hydraulic cylinders.
welded vs tie rod cylinders

Welded VS Tie-Rod Cylinders

Welded vs tie-rod cylinders – in the realm of mining, logistics and forestry, hydraulic cylinders play a crucial role in various applications. When it comes to choosing the right hydraulic cylinder, two common options are welded cylinders and tie-rod cylinders. 

This article will delve into the differences between these two types of cylinders, specifically focusing on Kappa Engineering‘s 150 and 250 series of hydraulic cylinders. Engineers can make informed decisions regarding their hydraulic system requirements by understanding each type’s unique characteristics and benefits.

Welded Cylinders

Welded cylinders, such as Kappa’s 250 series hydraulic cylinders, are constructed from a single piece of seamless steel tube. The end caps, flanges, and other components are welded directly to the cylinder barrel, creating a robust and durable unit. This design eliminates the need for tie rods and results in a compact, space-efficient cylinder.

One of the key advantages of welded cylinders is their resistance to high pressure and heavy loads. The absence of tie rods allows for greater stability, ensuring reliable performance even in demanding applications. Additionally, the welded construction provides excellent resistance against external forces and impact.

The Kappa Engineering 250 series welded cylinders offer a wide range of customisation options, including bore sizes, stroke lengths, and mounting configurations. This flexibility makes them suitable for various industrial applications, from construction equipment to material-handling machinery.

Summary of Welded Body Cylinders

  1. Limited installation space and/or mobility is important
  2. Higher pressure application
  3. Interest in superior seal packages
  4. Lower profile unit for appearance
  5. Greater durability, pressure, and loading capabilities

Tie-Rod Cylinders

In contrast to welded cylinders, tie-rod cylinders, such as Kappa’s 150 series hydraulic cylinders, feature external tie rods that hold the cylinder barrel and end caps together. These tie rods provide structural integrity and enable the cylinder to handle substantial internal and external forces.

Tie-rod cylinders are highly versatile and easily disassembled for maintenance or repair. Tying rods allow for cost-effective servicing since only the seals or other damaged components must be replaced rather than the entire cylinder assembly.

Kappa’s 150 series tie-rod cylinders are available in various mounting styles, bore sizes, and stroke lengths. This adaptability makes them suitable for applications requiring frequent maintenance or customisation, such as industrial presses and machine tools.

Summary of Tie-Rod Cylinders

  1. Sufficient installation space
  2. Need for efficient maintenance, repair, and assembly
  3. Lower pressure application
  4. Budget constraints and requirements for a lower-priced product

Reasons for Bolting Cylinders Together

Bolting cylinders together enhances their stability, facilitates maintenance and repair, allows for customisation, promotes effective sealing, and ensures the structural integrity necessary for safe and efficient operation.

Structural Integrity

Bolting cylinders together provides a secure and rigid connection between different components of the cylinder assembly. This ensures the cylinder operates safely and maintains its structural integrity even under high-pressure conditions or when subjected to external forces.

Ease of Maintenance and Repair

Bolting allows for easy disassembly and reassembly of the cylinder components, facilitating maintenance and repair tasks. When bolts are removed, it becomes simpler to access and replace internal parts such as seals, pistons, and rods without requiring extensive disassembly of the entire cylinder.

Flexibility and Customisation

Bolted connections offer flexibility in the design and configuration of the cylinder assembly. Different components can be easily interchanged or replaced, allowing for customisation based on specific application requirements or changes in operating conditions.

Leakage Prevention

Bolted connections contribute to the overall sealing effectiveness of the cylinder. By properly tightening the bolts, a tight and secure seal can be achieved, minimising the risk of fluid leakage and ensuring the efficient operation of the cylinder.

Strength and Load Distribution

Bolting provides a strong and reliable connection between the cylinder components, distributing the forces and loads evenly throughout the assembly. This helps prevent stress concentrations and ensures the cylinder can withstand the internal pressure and external forces it may encounter during operation.

Choosing Kappa

Engineers and manufacturers must consider their specific application requirements when choosing between welded and tie-rod cylinders. By understanding the differences between these two types of hydraulic cylinders, professionals in the engineering and manufacturing industries can select the optimal solution for their hydraulic system needs.

Whether a rugged welded cylinder or a versatile tie-rod cylinder, Kappa Engineering offers a range of options to meet diverse application demands. Reach out to Kappa Engineering today.

RECENT POSTS

automation

How Automation is Revolutionising the Mining Industry

Mining, a cornerstone of economic development, has historically presented challenges that demanded human labour in hazardous environments. However, as technology progresses, the mining industry harnesses automation to overcome these challenges.

load shedding

Kappa Ready To Assist As More Load Shedding Looms

As the possibility of Stage 8 Loadshedding looms over South Africa, Kappa Engineering wants to assure its customers that its manufacturing facilities are equipped with generators that allow the company to function at full capacity.

SOCIAL MEDIA

SUBSCRIBE TO OUR NEWSLETTER

Request a quote

Product RFQ

 

150 Series


 

250 Series


mm
mm
mm

      VIEW FROM BASE END

 

Tipper Series


mm
mm