2 Ways Location Matters in Company Success

When it comes to your manufacturing plant, you may be surprised by the importance that location plays into your company’s potential success. Whether you’re located in the Deep South or you’re in a highly-populated urban area, knowing your location and planning company policies that will help your company flourish in that area is an essential part of forming your overall company strategy. Here are just two ways location can impact your success.

Sourcing Materials

One key way you can make sure your company is running smoothly is by using location-appropriate materials in your manufacturing process. For example, using the type of Industrial Hose Fort Worth TX contractors tend to use will give you an edge in a similar climate, but industrial hoses meant to withstand a Texas heat might not do so well in the deep winters of Alaska. Be aware of the local impacts of climate and possible natural disasters that are likely in your area to prevent issues with having incorrect materials.

Recruiting Talent

When you’re a manufacturing company reliant on a plentiful base of skilled workers, it’s important to be located in an area that makes sense. While Wyoming might not be everyone’s dream location, you’re likely to have lower property costs. Meanwhile, if you choose to be located mainly in a highly-populated area such as Southern California, you’re likely to find many workers available, but keep in mind you’ll have to pay a living wage for the higher cost of living. Since many of these aspects of recruiting talent are location-specific, make sure you do your research on what works in a particular area, and that your hiring policies are appropriate for the location you’re in.

While many factors play into your company’s success, you certainly can’t downplay the importance of location. Whether it’s affecting your employee base or material sourcing policies, taking stock of your company’s locations can help give you insight into what can help your company thrive.…

A Primer on Hydraulic Cylinders

If you work in construction, manufacturing or agriculture—or if you own a car or have ever flown on a plane—you’ve encountered machines that rely on hydraulic cylinders. Though simple in design, they’ve proven invaluable throughout commercial and industrial uses. Because of how common they are, it can pay off to know a bit about how they work—and what to do when they stop working.

How Hydraulic Cylinders Work

All hydraulic systems work on one basic principle: most liquids are incompressible, so applied forces are transferred through them. Because pressure remains constant, these forces scale with the cross-sectional area that they’re flowing through. Hydraulic cylinders, working in tandem with a hydraulic pump, apply this principle to generating unidirectional force. The internal piston divides the cylinder into two chambers, moving back and forth as fluid is pumped through the system into one or the other. Force generated by the piston is multiplied relative to the force necessary to pump the fluid.

Common Causes of Hydraulic Failures

Various hydraulic seals are necessary to keep the hydraulic fluid from leaking, which would result in power loss. These seals often bear the brunt of the system’s constant internal pressure, and a broken seal compromises the cylinder’s function. Seals naturally wear over time, but they can degrade more quickly if used in the incorrect environment. A seal needs to be made of a material that can withstand the expected pressure while also resisting chemical attack from surrounding fluid and thermal damage from heat generated.

Applications of Hydraulic Cylinders

Hydraulic cylinders provide a compact and highly efficient means of linear force multiplication, a feat with an immense range of applications. Because of this, hydraulics are invaluable throughout various industries. Construction and civil engineering are major examples, with hydraulic cylinders and pumps driving heavy equipment such as bulldozers, excavators, pavers and dump trucks. The aerospace industry also employs them in devices like wing flaps or landing gears, and your automobile likely uses hydraulics in its suspension.…