22.07.2022

If you are looking for a way to improve the efficiency of your daily operations, then you should consider going with a hydraulic pump. For a long time, pneumatic pumps were the most popular option. Now, hydraulic pumps are far more popular. There are several distinct advantages that come with using a strong, hydraulic-powered pump. Learn more about the benefits of using this powerful device below!

A Hydraulic Pump Can Reduce the Amount of Energy that Your Daily Operations Consume: One of the biggest advantages of using a hydraulic pump is that this will reduce the average amount of energy that your business consumes. You are probably used to using other pumps, such as pneumatic pumps, to help you improve the efficiency of your daily business operations. Unfortunately, a pneumatic pump consumes a tremendous amount of energy. Instead, going with a hydraulic-powered pump can help you complete the same task with less energy. This means that your utility bills should drop as well, helping you reduce your overhead expenses. This is extra money that you can use to focus on other aspects of your business.

A Hydraulic Pump Will Provide You With Better Runaway Control: If you run a pump under dry conditions, this can lead to significant damage in a short period of time. As a result, you are going to spend a tremendous amount of time replacing broken parts and repairing the pump as a whole. Using a hydraulic-powered pump, it is much easier for you to control the average speed when compared to other, traditional pumps. With better control over the hydraulic pump, you will prevent the pump from running away while also eliminating the damage that would otherwise take place involving packings, seals, and hard parts. This is just another way that this type of pump can reduce your overhead expenses and provide you with better control.

A Hydraulic Pump Has Much Lower Maintenance Costs: In addition to helping you save money by reducing pump runaway, a hydraulic-powered pump also has much lower maintenance costs. If you are used to using pneumatic pumps, then you know that these pumps have a lot of maintenance because compressed air is easily contaminated. In contrast, hydraulic pumps completely remove the need for compressed air. As a result, there is less that can go wrong with this type of pump. As a result, your maintenance costs are going to drop as well. This is less time that you have to spend maintaining the pump and less money than you have to spend taking care of the parts.


6 Advantages of Investing in Quality Salon Chairs
When a client enters your salon, they’re taking in all sights and sounds of the establishment. There’s one thing all areas of your business have in common, and that is the presence of chairs. Chairs and styling stations within your business should be comfortable for your clients and stylists, and investing in low-quality seating can hinder a good experience for everyone. Here are six advantages of investing in quality salon chairs that you’ll want to take into consideration.

Maximum Comfort: Your clients sit in chairs for most of their visit, so providing adequate seating is essential. A high-quality salon chair should have a soft, ergonomic design that can support all your clients during their hair appointment.

Heightened Functionality: The stylist matters here as well! Your stylists come in every day to diligently perform their duties and make people feel their best. A chair lacking in hydraulic swiveling and incline has no place in a salon and makes a cut and style harder on your team.

Warranty: High-quality chairs usually come with a warranty that ensures repair and replacement should the seat come with a malfunction. If equipment lacks a warranty contract during the inquiry, it could be a red flag for an unreliable purchase.

Less Replacing: While it helps to have a warranty included in your chair purchase, high-quality chairs and stations should seldom need replacing. Chairs should be sturdy and able to withstand daily operations, as well as undergo routine maintenance to prolong use. That’s more money to keep in your wallet!

Luxurious Environment: Think about it; high quality signals higher standards and luxury! Your clients may walk into your business and immediately feel extravagance and lavishness upon sitting in one of your chairs.

Better Client Experience: Of course, you provide the best with the client always in mind. A better client experience in a chair is a better visit overall and can prompt clientele to return. Who knows, word of mouth can introduce you to new customers!


What is Chrome Plating?
Chrome plating is an electrochemical process for depositing the metal chrome where it is needed or desired. Chrome plating is more than just an aesthetic enhancement, although it does look pleasing to the eye. Chrome plating can increase the hardness and durability of the surface, prevent corrosion and even make it easier to clean. The process includes degreasing a surface to clean it and remove prior buildup. Some substrates, or surface metals, require pretreatment to ensure proper adhesion. The part is then placed into a chrome-plating tank. The best defense against corrosion and wear on a machine is a chrome-plated finish. A chromium metal finish extends the life of your parts, despite high-friction environments. Chrome plating provides protection in environments that are conducive to corrosion in other base materials. Any part exposed to mechanical friction or corrosion is a candidate. Chrome can be successfully applied to nearly any kind of metallic surface, such as aluminum, copper, nickel alloys, titanium, steel, and stainless steel. Chrome plating is ideal for equipment exposed to caustic elements. Chrome mitigates the risk of rust and enforces the strength of the base material. Chrome also offers high lubricity to prolong the life of a machine by reducing friction. Not only does chrome prevent wear on the machine, but it also provides the benefit of added performance. Less friction means smoother functioning with reduced risk of overheating. Providing better functionality, the coating reduces the risk of a machine seizing and will also restore some size to worn parts, in some cases returning them to their original dimensions. Chrome plating is often used on commercial or industrial vehicle parts exposed to the weather. It helps the parts of the vehicle resist normal wear and decay that occurs due to constant exposure to the elements. Additionally, a chrome-plated piece enhances performance, increases durability, and allows equipment to function more smoothly over the longer product lifecycle of an industrial or commercial machine.


The 3 Distinct Advantages of Hydraulic Powered Pumps
For years, pneumatic-driven pumps were the go-to solution for this type of application, as they are relatively inexpensive and safe to operate. For these reasons, facilities across all kinds of industries employ pneumatic-driven pumps for their fluid-handling operations, disregarding hydraulic pumps as viable options. There are, however, three distinct advantages that hydraulic pumps have over their popular, air-powered counterparts:

1. Reduced Energy Consumption: Hydraulic pumping systems are up to 80% more efficient than pneumatic systems. To move the high viscosity ink 3 GPM at 1,200 PSI with an air-powered pump, it would require approximately 32 CFM, or the equivalent of 5 HP of electric power. To move the ink at the same flow rate and pressure, a hydraulic pump would only require 1.7 HP of electric power.

2. Better Runaway Control: Running a pump in a dry condition can cause significant damage, forcing you to spend valuable time repairing the pump and replacing parts. In hydraulic systems, the pump speeds are much easier to control than in pneumatic systems. The better flow control enables you to prevent pump runaway and eliminate the damage that can occur to seals, packings and other hard parts while running the pump dry.

3. Reduced Maintenance Costs: In addition to eliminating maintenance costs due to pump runaway, motor maintenance costs are also significantly lower for hydraulic units. Compressed air is easily contaminated with moisture, scale and aerolated oils, leading to more routine maintenance and a higher cost-of-ownership for pneumatic pumps. The compressed air in a pneumatic system can also lead to pump icing, which is caused by exhausting the rapidly cooling compressed air as the pump cycles. Hydraulic pumps eliminate the need for compressed air in the pumping system altogether, removing the chance for pump icing and significantly improving the longevity of their components.

Given the distinct advantages of hydraulic pumps, these pumps have been in operation for over one year and have required zero maintenance – an unprecedented statistic for pumps that feed three presses. If you have any questions or comments, please leave them below, or contact us directly.


How to fill a salon chair with hydraulic fluid
Most salon chairs use hydraulic fluid within the hydraulic system. This special hydraulic system allows the hair stylist to lift and lower the client to the ideal position with ease. Hydraulic chairs are used throughout the salon at styling stations and in barber shops; because of this, salon owners and employees should know how to fill a salon chair with hydraulic fluid. Start with the salon chair in its lowest position possible. If the salon chair is not in its lowest position, lower it by pressing down on the foot pump while applying downward pressure until it cannot go any further. Remove the fill nut. The fill nut, which is located near the base of the chair, can typically be removed with a simple wrench. If you cannot locate your fill nut, you will need to contact your salon chair manufacturer or check the instruction manual. Fill the salon chair with hydraulic fluid. Hydraulic fluid can be purchased at speciality salon retailers such as Sally Beauty Supply or at a local auto supply store like Auto Zone. The hydraulic fluid can be added using a funnel and the chair should take about two quarts. Replace the salon chair fill nut. Tighten the nut until it is snug with your wrench. Lift and lower the chair using the hydraulic system. You can do this by pumping the foot pump repeatedly and then lowering by pressing down on the foot pump while applying downward pressure to the salon chair. This step is necessary to remove any excess air from the salon chair hydraulic system.Fill the salon chair with hydraulic fluid. And lift and lower the chair using the hydraulic system.

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