Fimco is a family-owned business that specializes in the manufacture of agricultural and lawn & garden sprayers and related equipment. Founded in 1955 by Floyd I. Martin, the company is based in North Sioux City, South Dakota and today operates out of a large 200,000 square foot manufacturing and warehouse facility.
At Fimco, they pride themselves on their manufacturing and commitment to quality. All of their products are designed and built to the highest engineering standards and are thoroughly tested prior to being shipped to the customer.
Fimco takes the extra steps to ensure that their products will perform under the toughest of conditions and will meet expectations for years to come.
Fimco offers a wide range of products for both agricultural, lawn & garden and professional turf care markets, including sprayers of all sizes, spot and broadcast spreaders, electric and ATV mounted spreaders, as well as a wide array of sprayer accessories such as nozzles, filters, hoses and fittings.
The company is committed to customer satisfaction and provides exceptional customer service before and after the sale. Whether you need help selecting the right sprayer or parts, Fimco is there to help.
How do I adjust the pressure on my Fimco sprayer?
Adjusting the pressure on your Fimco sprayer is a relatively simple process that requires you to locate the pressure regulator on the pump and make a few simple adjustments. Start by locating the pressure regulator, which should be near the back of the sprayer near the pump.
Once you have located the pressure regulator, turn the pressure adjustment knob clockwise to increase the pressure and counter-clockwise to decrease the pressure. When adjusting the pressure, it is important to not over pressure the pump, so make sure you are only making slight adjustments and monitoring the pressure gauge.
It is also important to regularly check the pressure on the gauge to ensure that it is staying at the ideal pressure setting. If the pressure gauge reads too low or too high, make the necessary pressure adjustments to ensure that it stays within the Ideal pressure setting for optimum sprayer performance.
Once you have adjusted the pressure to the desired setting, make sure to double check the pressure by running some water through the pressure regulator to ensure that it is operating as expected.
How do Boomless spray nozzles work?
Boomless spray nozzles work by spraying a mist-like pattern of a spray liquid over a wide area, instead of the narrow strip created by traditional spray nozzles. This allows them to be used in larger applications.
Boomless nozzles often have multiple outlets, which create an overlapping pattern of spray droplets. They typically have adjustable spray patterns and flow rates, which allow users to adjust the size and shape of the spray pattern.
Boomless nozzles can be used for liquid fertilizer, insecticides and herbicides, as well as for dust control and for cleaning. The nozzles work best on flat surfaces, such as fields and lawns, and can cover from spot to swath applications.
The nozzles can be mounted on a boom or on individual arms to make them easier to move around. Boomless spray nozzles are ideal for applications where a large area needs to be sprayed quickly and accurately.
Which is better boom or Boomless sprayer?
The answer to this question really depends on the purpose for which the sprayer will be used. Boom sprayers are great for large scale applications such as agricultural uses, when evenly spraying a given area or crop is important.
They typically have a larger capacity and require less frequent refilling due to their ability to cover more area in one pass. On the other hand, boomless sprayers are ideal for applications that require greater precision and accuracy.
The boomless system eliminates the need for additional booms and requires less maintenance, making it more suitable for many home and landscaping jobs, such as spot-treating unwanted plants or applying herbicides or insecticides.
The boomless option also works well in both flat and hilly terrain since the nozzle heads are mounted closer to the ground, allowing them to reach into nooks and crannies without getting stuck. Ultimately, which type you choose will depend on the sprayer’s intended use.
What are the disadvantages of sprayer?
Sprayers are a great way to apply a range of pest control treatment as well as fertilizers and other materials but they do come with some disadvantages.
The main disadvantage is that they are inefficient when it comes to targeting specific, localized areas, or spot treatment. If the wrong settings are used with a sprayer, the area to be treated could get oversaturated or under-treated.
This can lead to uneven distributions of chemicals in the soil or water.
They can also be more time-consuming to use, compared to mechanical treatments that are more precise. If the sprayer’s settings are not adjusted correctly then it can lead to waste, both in terms of the volume of chemicals used as well as the time taken.
Spraying can also lead to drift, meaning the chemicals and materials can be carried away from the area by the wind and land on other nearby surfaces, such as plants and animals. This can lead to unwanted exposure to the materials and be harmful if not properly addressed.
Finally, the equipment can be expensive to purchase and maintain. The nozzles and control units need regular maintenance and cleaning, and extra filters may need to be replaced if any particles clog the system.
This can increase the cost of maintenance and use.
What is sprayer used for?
A sprayer is a piece of equipment used to apply liquid or dry material in a fine mist, aerosol, or stream. It is used in a variety of industries and applications, such as agriculture, cleaning, construction, manufacturing, and landscaping.
In agriculture, sprayers are used to apply fertilizers, insecticides, and herbicides. In the construction and manufacturing industry, they are often used to apply paint and other coatings. In landscaping, they can be used to spread various types of materials, such as bark, mulch, and sand, to evenly cover and protect a surface.
In the cleaning industry, sprayers are often used to apply disinfectants and sterilants. They are also used for deodorizing, to effectively deliver cleaning solutions, and to apply air fresheners.
What does Boomless mean?
Boomless is a term used to describe spraying methods that do not involve the use of a traditional boom or sprayer. Boomless spraying techniques include the use of nozzles, sprayguns, high volume low pressure systems and ultra-low volume.
Boomless spraying is often used in large-acreage and hard-to-reach areas, where a traditional sprayer cannot access or is not efficient. Boomless spraying is also commonly used for turf, pastures, roadsides, and aquatic and forestry applications.
With these methods, droplet size can be adjusted to provide improved coverage and reduce potential off-target drift. The result is increased spraying efficiency and cost savings for farmers, and decreased environmental impact due to fewer chemical losses to the environment.
How do you hook up a tractor battery to a sprayer?
Hooking up a tractor battery to a sprayer can be a relatively straightforward process. First, locate the battery and remove any brackets that are mounted around it. Make sure all cables are disconnected from the battery, then disconnect the negative terminal first and then the positive terminal.
Once the cables are disconnected from the battery, inspect the cables to make sure there is no damage. Next, connect the positive wire of the sprayer to the positive terminal of the tractor battery, and then connect the negative wire of the sprayer to the negative terminal of the tractor battery.
Make sure to connect the wires correctly and the secure them. Finally, reinstall any mounting brackets that were removed and then double check all of your connections. Once everything is secure, reconnect the battery cables, making sure to connect the negative terminal first and then the positive terminal.
Once all of the connections have been made and double checked, the tractor battery should now be safely hooked up to the sprayer.
What size pull behind sprayer do I need?
The size pull behind sprayer you need will depend on the size of the area you are looking to spray. If you are spraying a large yard or large area, you will need a larger pull behind sprayer. If you plan to spray a smaller area, such as a garden or a couple of flower beds, then you will likely want a smaller pull behind sprayer.
If you are unsure, it is best to measure the area you will be spraying and compare it to the specifications of the various pull behind sprayers available. This will help you determine which size would be the most suitable for your needs.
Additionally, you should consider the type of nozzle and pump that is included with the sprayer and the intensity of the spray that it provides.
Can you pull a mower with an ATV?
Yes, you can pull a mower with an ATV, however it is important to check your ATV’s towing capacity to ensure it is safe and appropriate to do so. Generally speaking, ATVs have a towing capacity ranging between 300 and 600 pounds, but there can be further differences between ATV models and brands.
You’ll want to account for the weight of the mower, the accessories you plan to pull with it, and the weight of the ATV itself. Make sure your ATV is adequately equipped for the job, with appropriate lights and hitch extension to ensure ease of pulling the mower safely.
Before towing the mower, consult your ATV’s manual and make sure to double-check all safety features like a jack point and brakes. Finally, you’ll want to practice pulling the mower with your ATV on a flat and clear surface before heading out onto rougher terrain.
How fast can you pull a pull behind mower?
The speed you can pull a pull behind mower depends on many factors, such as the type of mower, the terrain, and the size of the area to be mowed. Hand-pulled reel mowers, which use a rotary blade to cut grass, are typically limited to walking speed, while powered mowers with pull-mechanisms typically have maximum speeds of between 4 and 6 mph.
The size of the area to be mowed may also impact how fast you can mow. If you are cutting a large area, it may not be possible to pull the mower at a faster speed than walking because of the additional strain that would put on the mower.
Lastly, keep in mind that the terrain of the lawn you are mowing may also impact how fast you can pull the mower, as bumps, hills, and other unevenness may slow down a faster speed.
Can a lawn mower pull a bush hog?
Yes, a lawn mower can pull a bush hog under certain conditions. The size and power of the lawn mower have to be large enough to handle the weight of the bush hog. Typical garden tractors or all-terrain vehicles, such as a John Deere Gator, have enough power to pull a bush hog, provided that the size and weight of the bush hog are within the limits of the machine.
Generally, any riding lawn mower powered by a 16-horsepower engine or greater is recommended to pull a bush hog weighing up to 500 pounds. You must also make sure the axle and hitch on the mower is strong enough to support the weight of the bush hog.
Additionally, you should make sure that the tires on the mower are equipped with tubes and filled with the appropriate amount of PSI, as the weight of the bush hog could easily cause flat tires. Finally, you should check that the towing chain, or any other kind of attachment chain, is strong enough to pull the bush hog safely.
How do you convert a spot sprayer to a boom sprayer?
Converting a spot sprayer to a boom sprayer involves a number of steps depending on the type of sprayer you are working with. Generally, you will need to attach a boom to the back of the sprayer by drilling specific holes into the frame and bolting the boom in place.
You should then supply the boom with proper hoses and nozzles to provide an even spray distribution. Additionally, you may need to add a controller to regulate the flow of the liquid. Finally, you may need to adjust the boom to the correct height for proper spraying, as well as calibrate the nozzles and pressure settings for the material you will be spraying.
These steps can vary depending on the sprayer you have, so it is important to check the manufacturer’s instructions for more detailed information.
How does a roller pump work?
A roller pump is a type of pump that uses rollers to literally “roll” a liquid or gas through a tube. The rollers are mounted on a shaft, which is connected to an electric motor. When the motor is turned on, the rollers rotate, which then creates a suction effect on the liquid or gas flowing through the tube.
This suction effect causes the liquid to move through the tube. The amount of liquid that flows through the tube is regulated by the speed of the motor and the size of the pump’s components. Roller pumps are commonly used in various industries, including petrochemicals, water treatment, HVAC systems, and wastewater treatment.
Roller pumps are also known to be energy-efficient, reliable, and robust.