7 day turnaround time guaranteed or its free
Highest-Rated and Most Reviewed Hydraulics Company in America
Get Added to Our Waitlist Now
7 Day Rebuild Time Guaranteed or It’s Free
If we cannot rebuild your hydraulic cylinder or pump within 7 days its free.
This does not include if you need parts machined.
Hydraulic Cylinder Rebuild Mississippi
Application – What type of application is involved? Size – What are the inner and outer diameters? What is the required length? Pressure – What is the system’s exerted pressure? Temperature – What are the temperatures of the liquid or fluid and its surroundings? Material to be conveyed – What kind of material is being transferred? Is it compatible with the hose’s tube material? Ends or Couplings – What other hydraulic fittings or components are required? Delivery – What is the expected delivery time and location?
Key Considerations: Image depicting Hydraulic Cylinder Rebuild Mississippi hydraulic hoses with exposed layers Hydraulic hoses and hose assemblies are constructed from various materials for use in diverse applications, such as:
- Elastomeric or rubber hoses, which offer extreme flexibility and are suitable for both low and high-pressure applications.
- Fluoropolymer hoses, ideal for conveying harsh chemicals and providing excellent corrosion resistance, making them suitable for high-temperature applications.
- Thermoplastic hoses, favored for their kink resistance.
- Metal hoses, recommended for conveying materials at high temperatures and ultra-high pressures; they come in flexible and rigid varieties. Image showing a hydraulic hose with exposed layers Hydraulic hoses typically consist of three components:
- The inner tube, which is flexible and ensures smooth fluid transfer.
- The reinforcement layer, made of braided or spiral wire, providing flexibility and strength.
- The outer layer, designed to resist adverse environmental conditions and abrasion, serving as a protective covering for the hose. Hydraulic Cylinder Rebuild MIssissippi Hoses are preferred over tubes due to their better resistance to corrosion and heat, increased flexibility, ease of fabrication, suitability for longer lengths, and ease of installation in confined spaces. They are also heat-resistant. Hose durability depends on factors such as temperature, environment, application, pressure, and more. The inner diameter of a hose is often referred to as “Dash Size.” Spiral hoses are stronger and better suited for high-pressure applications compared to braided hoses. Accumulation of waste and dirt in a hydraulic system can lead to rapid hose damage, so regular oil and filter changes are necessary to prolong hose life.
Types of Hydraulic Cylinder Rebuild Mississippi Hydraulic Hoses To be considered suitable for high-pressure applications and twisted hose assemblies, hydraulic hoses must meet specific standards. Standard hoses may not be suitable for hydraulic systems, which require hoses capable of withstanding an average internal pressure of 3000 psi and extremely high temperatures.
Various standards have been developed by organizations like SAE to ensure the efficiency, effectiveness, and safety of hydraulic hoses used in mobile or fixed machinery. These standards specify dimensions and performance criteria for hydraulic hoses.
Hydraulic Cylinder Rebuild Mississippi Hydraulic hoses comprise three layers: an inner layer, typically made of synthetic rubber, PTFE, or thermoplastic material to withstand fluid pressure and temperature; a reinforcement layer, consisting of fabric or metal wire for flexibility and high-pressure resistance; and an outer layer, which protects the hose from environmental damage and abrasion. It’s essential to consider hose fittings, their size, and their ability to withstand the pressure and temperature conditions they’ll encounter.
The five most common types of hydraulic hoses for various purposes include:
- SAE Standard Hose: Image illustrating an SAE standard hose with visible layers
- SAE 100R2-S is a high-pressure hose suitable for petroleum-based fluids and water-oil blends. It features two high-tensile steel wire braids in the reinforcement layer and an abrasion, ozone, and weather-resistant synthetic rubber outer cover approved by MSHA. Temperature range: -40°F to +212°F (with a maximum of +248°F).
- Standard High-Pressure Hose: Image depicting a standard high-pressure hose with exposed layers
- These flexible hoses are commonly used for conveying mineral oils and water-oil blends. They are in demand in construction, mining, oil refining, and agricultural industries.
- Low-Pressure Hose: Image showing a low-pressure hose with visible layers
- Highly flexible hoses designed for lighter applications, such as return lines and lube lines. They typically feature two synthetic textile braids in the reinforcement layer and an abrasion, ozone, and weather-resistant synthetic rubber outer cover approved by MSHA. Temperature resistance: -40°F to +212°F.
- Steel Wire-Braided Hose: Image illustrating a steel wire-braided hose with visible layers
- Available in single or double braided steel wire configurations, these hoses are durable and suitable for extremely high-pressure or high-temperature applications. Double braided steel wire hoses are also known as hydraulic jack hoses.
- Stainless Steel PTFE Hose: Image of a stainless steel PTFE hose with visible layers
- Utilized by oil and gas drilling companies, mining and construction operations, waste and recycling facilities, power generation plants, and for repair and maintenance. These hoses feature one braid of high-tensile stainless steel braided wire in the reinforcement layer and an extruded white PTFE tube. Temperature resistance: -65°F to +450°F.
Hydraulic Cylinder Rebuild Mississippi Hydraulic Hose Materials Hydraulic hoses come in three distinct material types: Rubber, Thermoplastic, and Plastic, each exhibiting its unique operational characteristics. This article and the accompanying videos focus exclusively on Rubber and Thermoplastic hose types, as these are the ones commonly utilized with Enerpac tools. The other plastic hose type is intended for different applications where a non-conductive hose material is mandated.
Safety Factor The safety factor, also known as the design factor, represents the ratio between the hose’s rating and the minimum pressure at which the hose would rupture. For instance, a rubber hose may be rated for pressures up to 10,000 psi (700 bar) with a minimum burst pressure of 20,000 psi (1400 bar), resulting in a safety factor of 2:1. However, it’s worth noting that safety factor requirements can vary by region globally, and in many cases, a safety factor of 4:1 is recommended. In most of these regions, Enerpac’s 700 series thermoplastic hoses are designed to meet these stringent requirements.
Hose End Assembly Typically, the end of a hydraulic hose assembly features a male thread, often in dimensions such as 3/8″ NPTF or 1/4″ NPTF. To simplify the ordering and setup process, you also have the option to purchase hoses with couplers on one or both ends.
Rubber Hoses Rubber is employed in numerous regions worldwide for hydraulic applications. Hydraulic hoses made of rubber typically comprise three distinct layers: an inner synthetic rubber core, a 2-wire steel braid, and a rubber covering.