4 hose for mud pump brands

This is a standard 4″ Mud Pump wet end (for threaded-shaft engines), designed to handle solids  contaminated water (max 25mm solids) and applications where high-volume trash water capacity is needed. This trash pump body is purpose built for heavy duty industrial applications. For a pump that truly exceeds your expectations, you can’t choose better pump bodies and pair it with heavy duty ZS Engine. This trash pump body kit contains complete pump unit and additional fitting kit including seals, filter cover, pipe joints & hose clips. This trash pump is an ideal addition to any construction sites, mining sites, storm drains where water is mixed with debris.

Hoses have a higher working pressure than normally available chemical hoses. CPE handles a wide variety of acids, alcohols, salt solutions, and petroleum based products.

Lightweight chemical transfer hose designed for almost every common industrial chemical used in industry today (98% of chemicals) without staining / contamination. UHMW handles a wider variety of chemicals than XLPE at virtually the same cost.

Designed to convey hot non-oily air from blower or compressor to storage tank in the transfer of dry bulk materials. Can also be used for transferring mild chemicals at ambient temperatures.

Designed for applications that required the hose to slide easily or require visual confirmation of material flow. Great for pumping water and light chemical solutions. Popular with pumping equipment because it handles suction discharge uses.

Lightweight, flexible, rugged suction/discharge hose that has good chemical resistance. Excellent for transferring fertilizer solutions, septic solutions, and pesticides. Hose remains flexible in sub-zero temperatures. Helix serves as a scuff strip.

Economical general service suction and discharge hose used for pumping water and light chemical solutions. PVC helix increases flexibility and abrasion resistance while the smooth interior provides maximum flow.

Designed for water discharge in construction, heavy duty equipment rental, and mines and quarries. Soft-wall hose construction provides similar performance to a layflat hose but a higher working pressure and more abrasion resistance.

Designed for dry bulk transfer of bulk cement, grains, animal feed, and other dry abrasive materials. High abrasion resistant tube resists cutting and gouges. Can be rolled for transport and storage.

Designed for dry bulk transfer of bulk cement, grains, animal feed, and other dry abrasive materials. High abrasion resistant tube resists cutting and gouges. Can be rolled for transport and storage.

Mud discharge hose designed for petroleum waste, drilling mud, diesel, and water. The standard to transfer liquid mud at high pressures from the mud pump.

Designed for discharge of potable water or liquids not containing oils or chemicals from a supply ship to an offshore drilling rig or temporary water lines in construction or industrial applications. Tube meets FDA requirements.

Designed for sand, steel, shot, or other sharp abrasives to handle cleaning, cutting, or finishing stone, glass, or metal surfaces. Static conductive tube prevents the build up of electrical charges.

Designed for use with push-on fittings for air tools, petroleum products, gasoline, mild chemicals or water. No clamps or special tools required. Hose reinforcement laid at the most effective angle for maximum strength and coupling holding ability.

Designed for transfer liquid propane gas or butane. Can also transfer natural gas in open, well vented areas at 1 PSI max. UL21 LP Gas/Natural Gas approved. NOT for compressed natural gas.

For gravity of electric pumps dispensing of oils, gasoline, diesel, and petroleum products. Typically used with farm or barrel-type pumps where UL approval is not required. Has static wire, designed for use with electric pumps. NOT for gas station use. Only UL 330 listed hose used for gas station use. NOT for aircraft fueling.

Wire braid steam hose for saturated and superheated steam up to 250 PSI 450° F. Cover is pin pricked to allow venting to eliminate blistering and cover separation. Steel wire braids can be utilized as a static wire to make the hose assembly electrically conductive. NOT for use with detergents. DRAIN AFTER USE!

Designed for portable or production line welding in factories, ships, construction, etc. Meets RMA and CGA (Compressed Gas Association) specifications for Type VD.

Spray lawns, trees, and similar applications with diluted solutions of water and oil based pesticides and herbicides. Can also handle compressed air. Spray hose for fertilizers, herbicides, and insecticides in the agriculture and lawn care industries. Can also handle water and compressed air.

General purpose hoses for open end discharge. Non-absorbing, mildew proof, and rolls up flat for easy storage and handling. Common in construction, agriculture, irrigation, marine, and rental applications. PVC hoses resistant to oils, grease.

Designed to handle edible liquids, vegetable oils, salad dressings, vinegar, mustard and meat products requiring a sanitary hose which will not impair taste. Great for service with hot oil fat filters and fryers.

Designed for food and beverage dispensing, potable water, air breathing lines, packaging and equipment, lube lines, and other visual flow applications.

For suction/discharge use and allows visual flow inspection. Designed for industrial vacuum pumps, food and beverage dispensing, air and water supply, car wash, coolant lines, and deionized water systems. Meets FDA, USDA, and 3A standards.

Clear polyvinyl chloride tubing provides fullview of flowing product. PVC is good to excellent for acids, fair to excellent for alkalies, and excellent for most solvents. NOT for ketones, esters, and some aromatic hydrocarbons. Used for general use, sight gauges on storage tanks, air conditioning drainage, refrigeration drainage, air line, and printing press equipment.

Linear low density polythylene food grade tubing for standard industrial applications such as the transfer of air and liquids, water lines, water softener lines, pneumatic logic control lines, and vending equipment. Excellent resistance to solvents and stress cracking.

Designed for open end discharge applications. Uses include connections to fire hydrants, dust control water trucks, water spraying, and water discharge. Immune to mildew.

Preconnected to pump of an engine (and the booster tank) for putting out small fires near the tank without having to connect to a fire hydrant (brush pumper).

Designed as a hydraulic brake hose for vehicles and motorcycles. The average life of a brake hose is six years. Brake hoses swell with age and restrict flow. Generally all brake hoses on a vehicle deteriorate at the same rate. All assemblies pressure tested to 3,000 psi.

Air Brake Tubing, Steel Brake Line Tubing Assemblies, Steel Brake Line Tubing Coils, Rubber Air Brake Hose, Silicone Coolant Hose, Silicone Heater Hose, GPR Radiator Hose, Rubber Heater Hose, Garage Exhaust Hose, Air Conditioning Hose

Camlocks, Petroleum Handling, Industrial and Oilfield Hose Ends, External Swage Hose Ends (Holedale), Crowsfeet Couplings, Sand Blast Couplings, Ground Joint Couplings, Bauer Style Quick Connects, Ringlock Fittings, Storz, Foot Valves and Strainers, Airline Accessories, Industrial Accessories, Clamps, Pressure Washer, Safety and Protection Products

Light weight and flexible for easier handling. Flexibility retained at low, even cryogenic temperatures (below -238° F). Excellent resistance to kinking or crushing. Suction and Discharge use. Up to 100% aromatics, no permeation of gases. All assemblies tested to 1.5 x working pressure. Not for dry material service.

Air conditioning, ambient air movement, dehumidification, heating, sewn construction, and insulated and non-insulated available. Excellent UV compensation with mold and mildew inhibitors for demanding outdoor conditions. Flame resistant in accordance with UL94VTM-O, California Fire Marshal, and NFPA701 Method 2 specifications.

Available in sizes 1/4″-12″. Operates in high/low temperatures. Fire safety up to 1200° F. No permeation of gases. Full vacuum. Annular is hydroformed, a process that enhances flexibility and extends the life of the hose. Suitable for oils, chemicals, gases, exhaust gases, water, steam, vacuum.

Unions conform to NACE, ISO, DNV, and API standards and are interchangeable with other brand name manufacturers adhering to industry standards. Materials conform to ASTM A105N Forged Carbon Steel, AISI 4130, and AISI4140. NPT threads conform to ASME B1.20.1. Figures 206, 207, G, 1002, and 1003 have O-Rings.

Plug Valves, Swivel Joints, J-55 and N-80 Pup Joints, Integral Fittings, Steel Hose Loops, Crossover Adapters and Swages, Blast Joints, Manifolds, Bull Plugs and Caps

Schedule 40 Pipe Fittings, Schedule 80 Pipe Fittings, Merchant Steel Pipe Fittings, XXH Nipples and Schedule 60 Nipples, Forged Steel, Stainless 304/316 Schedule 40, Grooved Nipples, Fittings, and Couplings, Swage Nipples, Oil Country Swage Nipples, Bull Plugs, Oil Country Bull Plugs, Merchant API Couplings, Bolted Sleeve Couplings, ANSI Flanges, API Flanges, Orifice Plates, AWA Plate Flanges, Shedule 40 and Schedule 80 Butt Weld Fittings

37° JIC, Pipe, Pipe Swivel, O-Ring Kits, O-Ring, Split Flange, Face Seal, Hose Barb, Flareless Bite Type, Metric, BSPP, BSPT, Inline Live Swivel, 90° Live Swivels, 90° Dual Plane Live Swivels, Test Points, Thread ID Kits

Inverted Flare, SAE 45° Flare, Compression, Self Aligned, Polyline Flareless, Push-Connect, Push-Connect Air Brake, Compression for DOT, Compression for Air Brake Copper Tubing, Threaded Sleeve, Pipe Fittings, Needle Valves, Drain Cocks, Truck Valves, Ground Plugs, Multiple Shut-Offs, Hose Barbs, Push-On Hose Barbs, Garden Hose Fittings

When drilling with two hoses, the weakest part of our human powered “drilling rig” is not the human motor or even the plastic drill bit.  It is thelack of sufficient water flow.  Water flow is the most critical part of drilling a well from a DIY standpoint.

If you have washed down a few wells using two hoses for water flow you probably have thought you could have gone much deeper if the pipe had not begun to stick.  In the area I live, frequently down around the 30 foot level, drilling actually gets easier.  The problem is when I have to stop to add a piece of PVC, sand down in the hole collapses on the pipe and the pipe gets stuck.  With two hoses I dont’ have enough water flow to wash the hole out enough to get the pipe free.

A 30 foot well is plenty for many folks.  A little deeper would frequently be better.  To do that, you need more drilling fluid (water) flow pushing those cuttings back up to the top of the hole.

Enter the lowly mud pump.  This machine can make a huge difference in your drilling.  If you can buy or borrow one to drill with, do it.  I’m not so keen on renting them because first time drilling projects tend to not finish on time and by the time you pay four or five days rental on a mud pump, you could have nearly bought one.  If you only want to use a mud pump for one well, consider buying one and selling it when you are finished.  Better yet, buy a used one and sell it when you are finished.

Two hoses put out about eight gallons per minute (GPM).  I have a minimal mud pump that pumps about 100 GPM (it is routine for mud pumps to put out 200 to 500 GPM).   In the video below I measure a single household hose at 4.25 GPM.  Then I measure my mud pump at 107 GPM.  That calculates to the mud pump putting out 12.5 times as much water as two hoses.  But the advantage of a mud pump does not end there.

A mud pump permits us to set up a re-circulating drilling fluid (water) system and add bentonite to our drilling fluid.  Bentonite hardens the sandy walls of our well as we drill.  The hardened walls do not collapse when we stop drilling.  You usually can take 30 minutes to add a piece of PVC and the drilling pipe will still be free!  Several folks have reported stopping for the day and finding the hole still open the next morning. And the advantage does not end there.

Because the sandy hole will stay open on its own, we are no longer restricted to open drill bits.  As you know, we have been using drill bits that are simply pieces of PVC or metal pipe with teeth cut in the edges.  This is so when we drill down to depth, we can insert a smaller well screen pipe down through our drill pipe.  This technique gets the well screen down there before the hole can collapse.

Obviously it would be useful to have a cutting edge or edges in the middle of the drill bit.  With a mud pump system we can use these more efficient drill bits.  We  can drill the hole, remove the drillpipe, and then insert the well screen because the hole will stay open long enough to do it.

To demonstrate the dramatic difference between the GPM output of a mud pump vs. two hoses, I have made somewhat of a silly video that appears below.  I know it is like racing a bicycle against a Ferrari but take a look anyway if you will.

Dredge hoses, also known as slurry hoses, provide the safe and efficient transferring of sludge, slurry, abrasive solids, and corrosive material. Suitable for use in dredging, mining, oil, construction, agriculture, sewage, wastewater, and chemical industries. DAE Pumps dredge hoses are the best on the market at handling the most abrasive slurry. They easily connect to the discharge end of dredge and slurry pumps with a snug fit. We make 4-inch, 6-inch, 8-inch, 10-inch, and 12-inch hoses at lengths of 10 meters (33 feet). These reliable hoses operate at pressures of up to 150 PSI.

DAE Pumps dredge hoses are reinforced with steel braided synthetic cord incorporating a steel wire helix. The inner rubber liner offers abrasion-resistant hose rubber of the highest quality, and the outer cover is developed with the most aging resistance and corrosion-resistant material. The bending angle working condition of the DAE Pumps slurry hoses is from 0°-45°, and the ideal working temperature is between -20°C to 50°C. The flange is a standard ANSI 150 PSI fixed flange.