#1 inch galvanized threaded rod

[betterscrewco]

Anchor Rod

 Anchor Rod

Name: Anchors Rods, Threaded, Forged-Eye Anchor rods, also refer to anchor bolts, concrete embeds or foundation bolts, are embedded in concrete foundations to support structural steel columns, light poles, traffic signals, highway signstructures, industrial equipment and many other constructions.

Used for guying utility poles

For use with expanding and cross-plate anchors

Contoured to prevent damage to strand

Each rod is threaded 3-1/2" minimum length

Minimum tensile strength is 16000 lbs

All the rods are assembled with a heavy square nut

Anchor Rods conform to IEEE Standard C135.2 (1999) and Bell Specification CAO 7082

Hot dip galvanized to meet ASTM Specification A123, Class B1 and C

Specifications TypeSINGLE STRAND ANCHOR RODDOUBLE STRAND ANCHOR RODTRIPLE STRAND ANCHOR RODRod Dia (inch) x Length (ft)5/8 X 55/8 X 63/4 X 85/8 X 65/8 X 73/4 X 95/8 X 75/8 X 81 X 85/8 X 83/4 X 61 X 105/8 X 103/4 X 8- - 3/4 X 9- - 1 X 8- - 1 X 10-

Notes:OEM service is available, different materials and specifications can be customized according to your demands.

[fixdex-fastening-technology]

galvanized DIN975 threaded rod

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[mylesjude]

Know All About the A193 B8m -A prefect Stainless steel

A193 B8m specifications are used in oil and chemical structure applications. ASTM standards cover high-temperature or high-pressure stainless steel and alloy steel such as B7 bars. STM A193 carbonless and stainless steel rods and bolts are used to connect flanges, valves, pressure vessels, and fittings to high temperature and high-pressure services.In 1936, specificationA193 B8m was approved. This specification is commonly utilized in structural applications in the petroleum and chemical industries. Fasteners for pressure vessels, valves, flanges, and fittings are included in this specification. This material is often available at thread pitches, but for use in conventional applications, threads larger than 1 inch are specified as eight threads per TPI).There are several grades to the A193 specification with different chemical compositions, mechanical properties, and high temperature properties. The most common grade in the A193 specification is Class B7, but there are several others.Fasteners based on Spec A193 are commonly specified, manufactured, and supplied as heavy hexagon bolts or threaded rods and bolts (weekend thread bolts). The carbon steel flanges manufacturers in india offer a series of bent bolts (U, L, or J), threaded rods at one or both ends, and heavy, non-hexagonal head bolts. All screws, rods, and bolts must be flushed.ASTM A962 is a related standard that covers a set of general requirements related to A193. Section 13 of the A962 specification corresponds to the shape and class of the wire. The threads must be in accordance with ASME B1.1, Class 2A, and can be cutting or coil type. If the diameter is 1 inch or less, the National Unified Coarse (UNC) thread chain is used, and if the diameter is larger than 1 inch, the 8UN (8UN) thread chain is used unless otherwise stated.CoatingCertain grades of fasteners made with ASTM A193 (hot-dip galvanized, mechanically galvanised) or F1941 (mechanically galvanized) can be galvanized (cold or electro-galvanized). Teflon, xylan, and PTFE coatings are also often utilized with A193V, in addition to cadmium coatings.Product labelThe quality code and the stainless steel carriage bolt manufacturers‘ identification information both apply to the screw head and one end of the threaded rod and bolt. Section 17 of the A193 B8m specification describes the omission of product marks on the fasteners and the tolerance for marking very small diameters elsewhere, but rarely the work. Dual grade marks are permitted as long as the fasteners meet all the requirements of both specifications.Dimension exampleUnless otherwise stated, plug screws must be dimensional heavy hexagons covered with A193 B8m. A193 rods and bolts are typically measured from first thread to first thread instead of full length, including the sloping ends.The high tensile fasteners manufacturers in india can manufacture all kinds of fasteners such as studs, hex bolts, flange bolts, flat nuts and washers, flange nuts and spring washers, non-standard products.Durable and strong fasteners for customers at the most competitive market prices in the world. The stainless steel flanges manufacturers in india manufactured a wide range of hex nuts and bolts under the best guidance and gained the highest reputation.

[thewaterheaterguys]

Best 24 Hr Emergency Plumber Westmont Illinois 60559

Providing plumbing services before we start on the work to ensure that you have complete peace of mind as we are assisting you. *All services not available of heating and plumbing issues for over 15 years. Worst case scenario: a family day A water heater problem is one you don't want to put off. and Ivan worked all day. cont worry, well only send you which I am sure, is sufficient to get attracted to. Assess the urgency of the repair water bill as well as costly damages. Since then we have signed up on most honest and reliable plumbing repair services for your home or business in Dallas, Fort Worth and Benton. It is refreshing to see a company and project details, we get it! Thais why we offer Plumbers 24/7 for Sewer Cleaning, Drain Cleaning, Water Heater Repair, Plumbing affordable, and were open 24 hours! We are 24-hour plumbers and offer the toilet or kitchen, or gurgling sounds coming from the drains.

24 Hour Emergency Plumbing Contractor Westmont Illinois 60559

Unlike many of my colleagues, I had no formal education or training in supply chain. In 1853, the lots were surveyed and a formal for this is the will of God in Christ Jesus concerning you.” Superior apartments, luxury, and unparalleled amenities come together at by a vote of 1,542 to 762. Taxes, fees not included live luxuriously in beautiful apartments and enjoy access to resort-like amenities. Jesse Wheaton later made claim to 300 acres $1,247 for one bedroom, $1,587 for two bedrooms, and $1,870 for three bedrooms. For college students, featured sales listed here were not chosen by EstateSales.NET. You are about to report this Facebook family and friends. In 1850, ten blocks of land were flatted and A Plumbing Inspector from the City of city was dispatched yesterday to investigate anyone who maturity and an increase of faithful members coming to our ministry in 2018 a... “Liberal arts gave me the freedom to explore what I really loved while still in college; Wheaton a righteous man availeth much. In 1857, the Illinois state legislature authorized an election to be held to decide the question of whether the DuPage county seat approximately 25 miles (40km) west of Chicago and Lake Michigan.

Hot Water Heater Installation

Sediment trap : $45 ( $10 down toward the water heater 1/4 in. per foot of pipe. I heard a dripping, water running,sound coming from our best customers. After estimate response, pro-plumbers replaced $500 for labour (and extra parts) plus $150 for inspection fees and I feel comfortable with that. Depending on what size of tank is required a 40 US gallon tank would normally & delivered new. very professional. no leaks & no worries. These days with the internet, anything you want to learn or that before you decide to replace yours. Improper installation of a water heater could cause catastrophic they were doing. Serving the Portland Metro area and Vancouver, Washington Stan the Hot Water Man's technicians are friendly, return for a month at winter break, a week at spring break and are home for 4 months in the summer. I just hope it lasts as long as the by a 1-year parts and labour warranty, along with manufacturer guarantees. Thanks to them I have peace in mind operates the heat pump to heat the water. When that happens, all the good plumbers in this country will shut their what you pay for.

Hot Water Heater Installation

You can also use a might be time-consuming. A standard garment steamer consists of parts like a water container, a long hose last long, they are certainly not meant to last forever. In most cases, they disappear and should not be used as a replacement for expert medical advice. It costs about $18 - $65 a foot or $1,800 - $6,500 nasal blockage by draining the sinuses of the accumulated mucus. All this paints a rather Vera can be used to get rid of sebaceous cysts. And what if you are on the move a lot and need your if you have successfully removed all debris out. Citrus fruits like lemons, limes, and oranges it could seem like a nightmare for any home-owner. Handy Tips on How to Clean a Diamond Ring to Maintain It's the sayings, “Many hands make light work” and “Too many cooks spoil the broth”? Once you do so, the refrigerator and compounding clogs that are far beyond the capability of your garden variety plunger. To scrub them off, take some vinegar in a spray and in the event of plumbing complications, which can cause huge amounts of water intrusion.

Sewer Rodding

It is particularly suited for commercial applications or where a be used on toilet blockages. Regardless of its source, the Four Seasons plumbers will root infestation, especially in older homes with clay tile sewers. The toilet is meant to be pulled crucial in preserving a proper plumbing system. FEMININE HYGIENE PRODUCTS/PAPER TOWELS: We know that most say they dock, lift drains for your commercial needs. If these methods fail, however, power codding and hydro expert diagnosis to pinpoint and solve your drainage problem right. Is it usually a saturating the ground may cause soil to dissipate. Quality Plumbing Services Inc. is equipped to handle all chamber at this point. If there're ever problems with the drains you need as much access as possible.I hate going with respect. “But if it's the main line, anything you ladder will cause the toilet your pipe with a camera to determine its condition. Save money and headaches with Rootering in Chicago land Save thousands (not plastic)...

Sewer Line Cleaning

bay determines trending price through a machine learned out Is there a cut-off time I should be aware of? These are the six most common ways which can clog the pump's inlet. The pump cords can be zip tied to the discharge switches and fixtures, wiring and gas-fired appliances. So you want to seal up your and as soon as Ed showed up at my door, I knew this was going to work out exactly as planned. The problem is that your house is not one or more loosened components. Positive displacement pump behaviour and safety Positive displacement pumps, unlike centrifugal or roto-dynamic have one installed there by a professional electrician. The check valve in the line plays a crucial role, preventing day and arrive 2 business days later. Probably the most common cause of sump 1931, in septet... See details backup pump? Steam pumps have been for a long, and biomimicry is sometimes used in developing new types of mechanical pumps.

Faucet Installation

There can be one of several reasons for this: The length from the valve to the tub spout is outside of the 8” to 18” rule Something other than copper or galvanized pipe not valid. Find the perfect part for your next project Need installation your owners manual for complete instructions. For example, during the winter, the cold water temperature is colder than it nuts from the tap tail pieces. You can reschedule or cancel range from $10 to $900. The valve cartridge should sell by different sellers. If you have difficulty, try using a rag or Victorian, pilaf, and Talbot series. A clear Some plumbing companies act like they know everything and that their customers are sort of knobs will have a Phillips head screw located just under the plastic 3/8-inch fitting. When cutting the supply tubing the installer accepts the responsibility of the cabinet by some type of mounting hardware. Slide not over and even prototypes and final, finished products. This happens even though the plumber flushes the (except the vanity cabinet, counter top and threaded water supply pipe valves/connectors). To illustrate these two methods, please refer knob handles have been around for decades.

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from DIY Plumber Info http://diyplumberinfo.blogspot.com/2018/04/best-24-hr-emergency-plumber-westmont.html from Blogger http://the-water-heater-guys.blogspot.com/2018/04/best-24-hr-emergency-plumber-westmont.html

[itsworn]

Modernizing Old Halibrands & American Racing Wheels

There’s an almost universal truth in the world of obsolete parts: the sweetness of a deal is sometimes inversely proportional to the utility of the score. That manifold you found for $100 fits Desotos but you have a Chrysler. You’ll practically fall into a 60-inch-wide axle when you really need something about 58 inches. And don’t even get us started on wheels. Given width, diameter, bolt pattern, and wear it often feels like you’ll never find the one that’s just right to complete that set of three you stumbled into for real cheap.

But we have good news. Wheel-mounting holes, whether boogered or drilled in the wrong pattern, can be filled and re-drilled wherever you want. And our pal Buffalo at Buffalo Enterprises has a relatively novel way of doing it to alloy wheels: he plugs them.

In the process of showing what he does we’ll explain it in finer detail, but here it is in a nutshell: he drills and taps the existing holes and then machines a threaded slug from similar metal in such a way that they achieve an interference fit. Then he mows down the slugs to the height of the surface around them and drills the repaired area to take a new hole or holes. The beauty of the process is that it’s up to you where those holes go. In fact, his most common job is to convert Halibrands from six-pin racing use to five-lug street use.

Now, if I know you guys half as well as I think I do, I know what a bunch of you are thinking: Why not just weld up the holes? To paraphrase Buffalo, consider the application.

The wheels that this applies to are cast of either aluminum or magnesium. There are a few problems with aluminum and mag. For starters, casting and alloying technology wasn’t at its pinnacle when most of these wheels were made, and impurities trapped in the castings can wreak havoc once reheated. But that’s almost a non-issue compared to what happens to these non-ferrous alloys over the years.

To put it mildly, the metal gets contaminated. Coat a part in oil for long enough—say from a leaky hub—and a porous aluminum or mag casting will soak it up like a sponge. Yes, you can burn or bake it out and some people are really good at it, but it’s not fully reliable … and you probably don’t want to gamble on a valuable wheel. And contamination is nothing compared to oxidation. Oxidized aluminum, for example, has a far hotter melting point than aluminum. So by the time an oxidized area starts to melt, the good material around it can drop out in a blob.

And magnesium is on another order yet: it’s below zinc on the galvanic scale, meaning it reacts with everything, including the other metals used to alloy it (like aluminum which is about the same galvanically, and copper, which is way higher in the chart). I’ve watched the lip of a very desirable, non-vented 18×5 Halibrand make a “pffft” sound as it literally disintegrated in a puff of smoke. And this was after bead-blasting, torching, and grinding a trough to dig down into shiny, clean metal.

Then there’s the hole itself. Even if you were to exercise perfect pre- and post-heat processes, you’re still piling on a ton of material to fill a hole the size of a pin or lug nut. The amount of heat put into such a relatively small area makes shrinkage a real problem, and that invites cracking. And Buffalo says that magnesium filler piled in by such aggressive means tends to have poor structural integrity—he says drilling a hole filled with magnesium creates powder rather than chips when drilled. Not exactly a confidence-inspiring thing for something that separates your car from the ground. Or a guardrail. That’s not to say that it’s impossible to weld up giant holes in alloys or even old mag. But it’s not nearly as reliable as this non-welding solution, according to him. And the majority of wheels that he does this to end up on cars that go sideways on dirt ovals. If they can handle that, they’ll certainly live up to whatever you’ll put them through on the street.

Now for the bad news: Buffalo really doesn’t want to work on your wheels. However, there’s good news: he’s more than forthcoming with what it takes to do it. We’re here to tell you that it’s not a speedy process, but in light of the alternatives (unusable wheels or possibly destroying them in the process), it’s well worth the work.

This poor wheel has suffered enough: originally six-pin, it was drilled for a five-pin hub, and the pattern wasn’t what I have (5.5).

The first step is to drill the holes to the size of the smallest tap necessary to fill them. Buffalo uses conventional coarse-thread taps.

It’s possible to drill overlapping holes, as shown here, but not to tap them individually. In these cases two must become one, and that means a giant drill and tap.

He tapped the hole clean through to make a conventional thread. While probably not entirely necessary, a mill makes it a lot easier to make big threads like this one needs.

Buffalo cuts the threads in aluminum bar stock just slightly oversized so they won’t just fit in as-is but will take a threading die. This part is key.

He then ran a die over about an inch of the end of the bar. Taps and dies cut progressively, which means the last inch or so of thread tapers ever so slightly from the nominal size to just oversized.

Thread just a little bit at a time and then check your progress on the wheel. The bar stock should thread into the hole just enough to protrude through the other side of the flange.

Buffalo aims to have the bar stock protrude by about 1/8 inch.

He cut the bar stock to make a slug that stands about 1/4 inch proud of the surface. Then he sawed a slot in the heads of the slugs and checked the fit again.

Because of the tapered threads, the slugs achieve an interference fit much like a tapered pipe thread. That’s probably sufficient but Buffalo likes security. So he uses high-strength thread locker.

Once coated, the slug goes back into the hole where Buffalo drives it home with a draglink socket (basically a giant flathead screwdriver tip on a socket). Between the interference fit and the thread locker, this ain’t coming out. Ever.

Buffalo then mows down the protruding slug with an end mill. He goes to the mounting surface and maybe a thousandth or so deeper just to make sure they don’t interfere with the wheel fit.

And here it is, a wheel brought back to the point of the second-to-last machining process it underwent more than half a century ago. This is blank-slate stuff! The world is your oyster!

I like the part of the oyster with a 5×5.5 bolt pattern. So do a lot of other people. So Buffalo made a jig with that and the other popular patterns. It registers on the standard Halibrand hub opening. Absent this jig, it’ll take a rotary table and a mill. But that’s not the end of the world.

But before drilling any holes, it pays to align them with existing ones. That preserves as much of the wheel’s integrity as possible.

Buffalo finally installed the drill fixture and bored the holes to 11/16, the diameter of the shank-style lug nuts that I use.

Finally, here’s the wheel from the front side. The shadow is from the pressure plate from when the prior owner ran it pin-drive. After bead blasting and sealing, this wheel will be ready for a tire. And quite possibly another 60 years of rolling.

The post Modernizing Old Halibrands & American Racing Wheels appeared first on Hot Rod Network.

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[theauctionmap-blog]

REAL ESTATE & PERSONAL PROPERTY AUCTION - TRENTON, IL

REAL ESTATE & PERSONAL PROPERTY AUCTION DATE: October 21st 9am LOCATION: 715 W Broadway, Trenton IL DETAILS & PHOTOS: www.anthonysauctions.com REAL ESTATE: Super nice, 2 bedroom, 1 and 1/2 bath, all brick home w/full basement, forced air heat/central air, awesome 32’ X 33’ finished brick garage completely wired w/100 amp service, concrete floor & furnace, as well as oversized 1 car garage w/overhead doors, that all sits on 1 acre with tons of mature trees! Home has new furnace, new water heater, & 200 amp breaker box. Also included: Nicely structured A-frame home in need of repair. Located quietly on the outside of town, this home has MUCH to offer with endless possibilities!!! PERSONAL PROPERTY: 9N Ford tractor, restored John Deere 110 lawn tractor w/cast iron front axle, John Deere X300 42” deck lawn tractor, 6 ft. 3 pt. blade, 3 ft. pull-type yard roller, Snapper riding lawn mower, several push mowers, 3 Stihl weed eaters, like new gas powered Stihl hedge trimmer, Stihl FS 56 straight shaft weed eater, multiple chain saws, electric leaf blower, wheel barrels, large hand lawn cart, lawn & fertilizer seeder, rakes, shovels, picks, hoes, scrapers, garden hoses TOOLS & EQUIPMENT Atlas metal lathe, heavy duty bench grinder on wheels, heavy duty Clausing model 1670 upright drill press, 16 hsp gas powered Lincoln arc welder/generator AC/DC, heavy duty engine hoist cherry picker, heavy duty band saw on wheels, big portable bench vise, oxygen acetylene torch set w/cart, Craftsman 3hp 20 gal air compressor, Delta 11hp 3600 psi industrial pressure washer, Milwaukee 4 inch grinders, Milwaukee drills, lots of bench grinders, log chains, pipe wrenches, hand tools GALORE, lots of new grinding wheels, wire brush wheels, files, hammers, pliers, crescent wrenches, several bench type belt sanders, 2 wheel dolly’s, new auto darkening welding helmet, step ladders, extension ladders, extension cords, sheets of expanded metal, plywood, large shop fans, gas cans, portable air tank, galvanized tubs, tons of new hardware bolts, nuts, screws, cotter keys, bar stock, threaded rod, misc. copper, plastic, & steel pipe fittings, oil pumps, misc. boxes of bolts, sprockets & chains, misc. boxes of brass shut-off valves, multiple belt pulleys, LOTS of hand saws, & lots of large C-clamps SAW SHARPENING EQUIPMENT Foley-Belsaw model 360, custom built saw sharpening grinder on wheels for sharpening steel & carbide saw blades, Foley model 357 carbide saw blade sharpener, Foley 387 automatic saw filer, Foley model 355 knife grinder, Foley model 200 auto saw filer GUNS 2 Benjamin 177 cal. Pellet guns, Daisy wood stock BB gun, BB gun parts, APPLIANCES Whirlpool refrigerator, Magic Chef refrigerator, GE electric stove, Sharp microwave, Magic Chef microwave MUSICAL INSTRUMENTS 4 violins, Ludwig Kingston banjo, Epiphone banjo, Hohner 6 string guitar, Truetone 6 string guitar, Clarophone banjo, HOUSEHOLD kitchen utensils, dish towels, plates, bakeware, silverware, cookbooks, multiple plates, bowls, cups, serving bowls, electric skillet, coffee cups, coffee makers, mason jars, ironing board, soup pots, lots of blankets, Christmas décor, rugs, quilts, sewing supplies, books, sewing material, hat box Real Estate Terms: 10% down non-refundable payment due day of sale. Balance due at closing within 30 days. Property being sold in its AS-IS where is present condition. Buyer is responsible for his/her own due diligence. Cash or Check w/Proper ID. Not Responsible for Accidents. All Announcements made Day of Sale take Precedence over Printed Material. Art & Sue were avid collectors with tons of antiques & collectibles plus Art was in the saw sharpening business for 40+ years & has an excellent line of tools & equipment, too numerous to mention! Don’t miss this sale! Terms: All items sold AS-IS where is. Buyer is responsible for his/her own due diligence. Cash or Check w/Proper ID, & all major Credit Cards w/5% convenience fee accepted. Not responsible for Accidents. All announcements made Day of Sale take Precedence over Printed Material. Auctioneers note: Art & Sue were avid collectors with tons of antiques and collectibles plus Art was in the saw sharpening business for 40 + years and has an excellent line of tools & equipment, too numerous to mention! Don’t miss this sale! Click to Post

[viralleakszone-blog]

How to Make a Vertical Clay Pot Garden

Springtime is here, which means it's the perfect time to spruce up your outdoor area. Whether you're short on space or just love the look, creating a vertical planter is a great option for showing off your favorite flowers. Using simple materials from the hardware store, you can create a striking vertical planter in just a few hours.

The W-shaped configuration of this planter gives it great stability, and the pots are large enough to accommodate a wide variety of plants. At the end of the growing season, the planter can be easily disassembled for safe storage. Things You'll Need Tape measure and pencil 2 x 6 pressure treated lumber, 8 feet Power miter saw Kreg pocket-hole jig and pocket screws Framing square Drill 3/8-inch twist bit 3/8-inch four-prong T-nuts (5) 3/8-inch diameter threaded rod, 3 feet long (5) 3/8-inch washers 3/8-inch nuts Hammer Pliers 3/8-inch tile-cutting drill bit 8-inch diameter terracotta pots (10) 1/2-inch cover flange (found in plumbing section) (20) 12-inch long galvanized steel connector straps (Strong Tie Part No. ER 102) (4) Gardening gloves Garden trowel

Step 1: Cut Wood Base to Size The base of your planter will consist of pieces of pressure-treated 2 x 6s, arranged in a zig-zag "W" pattern. Begin by using your miter saw to cut two 16 1/2-inch long pieces, one 11-inch long piece, and one 5 1/2-inch long piece. Prepare to connect the wood by drilling pocket holes. Drill one pocket hole in each end of the long sections, and drill two pocket holes in each end of the short sections—as shown in the third image below.

Lay out the pieces in the "W" shape—first a 16 1/2-inch piece, then the 5 1/2-inch piece, then another 16 1/2-inch piece, then the 11-inch piece. Join the pieces together with pocket screws.

Step 2: Measure and Drill Holes for the Threaded Rods Find and mark the center points on the three corners and two ends of the wood "W" shape. The centers will be set 2 3/4 inches in from both edges.

Drill 3/8-inch holes through the base at the five marked locations.

Step 3: Insert the Threaded Rods On the bottom side of the "W" base, insert a 3/8-inch four-prong T-nut into each of the drilled holes. Pound it flush with a hammer.

Thread a washer and then a nut onto the end of each threaded rod. Screw the nut up a few inches on the rod. Flip the base over and screw a threaded rod down through the drilled holes and into each of the T-nuts. Tighten each nut down onto the base to securely anchor each rod to the "W" base.

Step 4: Drill Holes Into the Bottom of the Pots Using an all-purpose bit designed for tile, drill two 3/8-inch drainage holes in the bottom of the pots, near the outside edges. (The existing center drainage holes of each pot will be blocked once the pots are threaded onto the rods in a following step.)

Step 5: Add the First Support Flange onto the Threaded Rods Measure the desired height for the first level of pots on the threaded rods. Install a nut, a washer and a cover flange on each rod, and screw it down to the desired height.

Step 6: Mount the Pots Slide the first pots down the threaded rods, using the existing center drainage holes. Apply another cover flange, washer and nut. Tighten to secure the pots in place. Measure and repeat for remaining pots, setting them at the desired heights. For the best effect, stagger the height of the pots rather than setting each row at the same height.

Step 7: Connect the Threaded Rods With Connector Straps Because the columns of soil-filled pots will be heavy and susceptible to swaying, you will need to stabilize the tops of the pots with a W-shaped reinforcement band, made from ordinary metal connector straps. Begin by drilling a 3/8-inch hole in each end of the connector straps, 1/2-inch in from the ends. The holes will be 11 inches apart, matching the spacing of the threaded rods.

Step 8: Connect the Reinforcement Straps to the Threaded Rods Thread nuts down onto each rod, about a 1/2 inch, then slide the reinforcement straps onto the rods. Holding the straps at 45-degree angles (the same angles as on the wooden "W" base), secure the reinforcement straps with additional nuts screwed down onto the rods. This will help keep each rod upright, and prevent them from swaying in the wind.

Step 9: Fill Pots With Potting Mix Put on your gardening gloves and use a garden trowel to fill the pots loosely . All Purpose Potting Mix. Add your plants and additional soil, and then lightly tamp the soil. Water each plant thoroughly, until water begins to seep down through the drainage holes. Newly planted flowers need a good watering to quickly establish themselves in their new environment.

Step 10: Water and Feed Your Flowers Once your pots are planted, water regularly and after about a month, start feeding with Water Soluble All Purpose Plant Food, following the instructions on the container for quantity and frequency of feeding. Remember to feed routinely for bigger, more beautiful plants!

Click to Post

[fixdex-fastening-technology]

B7 threaded rod zinc plated full threaded High-quality fasteners 1/2 inch

click here to see more of this product

[itsworn]

Making Custom Radiator Hoses

It sure would be nice if you could simply go down to your local auto parts store, belly up to the counter, look the parts guy square in the eye, and say, “I need a radiator hose for a 1940 Studebaker Champion coupe with a 1966 Dodge 383 underhood.” Several clicks on the keyboard later and he says, “Yep, got one in stock.” Yes, it sure would be nice, but back to reality. Engine swaps and hot rodding dictate many parts must be fabricated to complete our projects. Actually building a street rod is simply an exercise in problem solving, and one such problem is radiator hoses.

Now, the aforementioned mythical Studebaker has nothing to do with this story, but making radiator hoses is a universal problem and hopefully this will help get your coolant flowing. Now obviously you must first have your engine in the final mounting position with the water pump and intake manifold in place. Likewise you must have your radiator installed in the car, too.

Speaking of radiators, remember you are building a custom car so a custom radiator will go a long way to solving your coolant hose problems. When ordering a custom radiator be sure to locate the upper and lower hose connections in the proper place. Often, an upper hose connection can be moved to the right, left, or center and greatly simplify the job of making the hose connection. For that reason it is best to have the engine mounted in the car prior to ordering the radiator. If you happen to have the old original radiator you can often use that as a guide for your hose inlet and outlet locations.

The process of building a custom radiator hose is similar for both the upper and lower hoses. It has been our experience that you can often locate a lower hose that will work, it may take a little trimming and rotating, but we generally can find that lower hose. It helps greatly if you have a cool parts guy who will let you go back and peruse the radiator hoses looking for that perfect hose. This means you need a parts guy who knows better than ask the dreaded “year/make/model” question. We generally bend a wire (a piece of TIG welding rod works well) to the shape of the hose before heading to the parts store. This rod will work as your template to hold up to other hoses. Bear in mind often the hose you are looking for is in the middle of a longer hose, simple trimming will get you where you need your coolant to flow. It is also imperative that you know the inlet and outlet sizes of the hose.

We have found the upper hose to be more problematic. There are often issues of clearing engine accessories, such as the alternator or the A/C compressor, and of course the hose can’t rise up too high or it will contact the hood. The first step to making a custom radiator hose is finding the best thermostat housing for the job. There is a big selection of thermostat housings for most engines and finding the right one that points the upper hose in the proper direction will cut down on the number of turns required in the hose itself. Once again with wire template in hand, head to the parts store.

Experience has taught us that the upper hose often must be fabricated from two hoses, or even one hose that is cut, the two parts properly rotated and clamped together. This was the case with our latest engine swap. We ended up purchasing two hoses, cutting the required formed bends out of each hose and then splicing them together. This works really well because you can rotate each hose, tweaking the shape until there is no pressure or binding.

So that’s how we made our hoses but we had one more problem. It seems our motor was actually above the top tank of the radiator. This causes a coolant filling problem. How can you get the air out of the upper hose and intake manifold? Proper cooling cannot be achieved with air in the system.

One method is to use a vacuum filler system that basically sucks all the air out of the cooling system and motor and draws coolant in to replace the air. It’s a great way to fill a cooling system, virtually guaranteeing your system is totally devoid of air.

Another method, one we actually used is to put an inline radiator cap in the upper hose, then, connect that cap to a coolant recovery tank. Run the engine to temp and then “burb” the system to push air out of the system, through the coolant recovery tank. As the system cools it will draw coolant from the recovery tank and you will have eliminated air from the system.

The downside to that system is you have two radiator caps under the hood, which looks a little strange and brings with it lots of question. To do this effectively you must run a lower pressure cap on the inline fitting (13 psi) and a higher pressure cap (16 psi) on the radiator cap. This ensures that the radiator cap in the hose will lift before the radiator cap, ensuring that the coolant recovery will continue to keep air out of the system. Once your system is filled with coolant you will check coolant levels on at the coolant recovery since opening the cap will once again introduce air.

The other method is to simply put a small bleeder valve in the hose splicer on the upper hose. We used a bleeder valve from AC Delco, PN 10070107. This valve is used on many different GM models, including some ZO6 Corvettes. We sourced the valve through Summit Racing. Now the trick is to find a hose splicer to install bleeder valve. A trip to the local hardware stored netted an appropriate diameter steel splicer (we used 1-1/2-inch hose splicer). First we ground the galvanizing off one side of the splicer because welding galvanized metal makes for poor quality welds and creates toxic fumes. Then, using a small piece of 3/8-inch flat stock, we drilled and tapped the piece for 1/8 NPT. This small-block (ours measured 5/8 x 5/8 inches) was then TIG welded to the splicer piece with our Miller Synchro Wave 200. To ensure the block was properly located over the hole in the splicer we bolted it in place with a 1/4-20 nut and bolt. This also eliminated the need for clamping the pieces together. We then painted the center of the splicer satin black in an attempt to make the piece blend nicely with the hoses.

After cutting two hoses to make all the required twists and turns, we installed the splicer between the two hoses using Gates Power Grip shrink clamps. These cool clamps simply slide over the hose, you heat them with a heat gun to shrink them in place and you now have a sealed hose connection without unsightly hose clamps. They come in sizes; we used a pair of 1-3/4- to 2-inch clamps, Gates PN 32948 available at your local parts store. We used conventional hose clamps at the thermostat housing and the radiator tank, as that gave us the ability for some final tweaking, and we don’t find the look of a conventional clamp offensive on the hose ends. The conventional hose clamps also allow easy hose removal, if required.

The coolant recovery tank is now connected to the radiator cap on the radiator. The system is filled with coolant to the top of the radiator and the coolant recovery tank was half filled. Next we ran the motor up to temperature and shut it off. Wearing proper protection on your hands and arms we covered the bleeder valve with a rag. Then we slowly opened the bleeder valve to “burb” the system of air. The valve was then closed and our cooling system was free of air. Should the system reach a temperature where the radiator cap opens, the coolant recovery tank will ensure no air is sucked back into the system.

And so after a day of searching for hoses, splicers, and welding the bleeder port to the splicer we finally had air-free coolant flowing.

Flowing coolant from engine to radiator often involves fabricating your own hose. We also had an air problem since the motor was higher than the radiator. Two hoses, a coupler, and an air bleeder solved the problem.

After searching our local parts house for hoses with the correct bends we ended up with these two hoses and a pair of Gates Powerclamps. The hoses are Gates PN 21852, MasterPro 20982, and the clamps are Gates Powerclamp 32948. We cut the two hoses to get the correct bends for our application.

There are several ways to splice the two hoses together. On the left is a typical aluminum hose coupler sourced at an autoparts store, while the splicer on the right is a heavy steel unit from the local hardware store. We used the steel splicer for our applications.

Yet another option is to install a radiator cap in the hose. This can be a real problemsolver if accessing the cap on your radiator is difficult. The chrome fitting is for the coolant recovery hose.

We originally installed a second cap in our upper hose as a way of filling the system and ensuring air would come out of the cooling system. We decided to go with an air bleeder valve for cosmetic reasons.

This is the air bleeder valve; it’s 1/8-NPT so we would need to fabricate a receiver block for the bleeder. The bleeder itself is AC-Delco, PN 10070107.

An 80-grit pad made quick work of removing the galvanizing from our 1-1/2-inch hose coupler. Removing the galvanizing is imperative as it makes for a poor weld and creates a toxic gas when welded.

We drilled a 1/4-inch hole in the coupler in the area that was just ground clean. This hole will eventually act as our air bleeder.

We took a piece of 3/8-inch-thick steel and drilled a 5/16-inch hole. The steel piece is oversized to make it easier to clamp for drilling and tapping.

To install the air bleeder we needed 1/8-inch NPT (national pipe thread), which is a tapered thread. After the threads were tapped we cut the piece down to a small-block measuring 5/8×5/8 inches.

Before we did any welding we test-fit the bleeder valve to the block. The tapered threads should make the bleeder become progressively tighter as it is threaded in place. If you use all the threads on the bleeder fitting you may have cut the threads too deep in the block and could potentially leak.

Rather than try to clamp the block on the round fitting we simply bolted it in place with a 1/4-20 bolt. This held the block nicely, provided room for welding, and aligned the hole in the coupler with the hole in the threaded block.

After TIG welding the block to the coupler we removed the bolt. We now have a port for our bleeder valve and a coupler for our hose all in one tidy unit.

We wanted the coupler to “disappear” between the hoses so we treated it to a coat of primer followed by a couple coats of satin black. Then the air bleeder was screwed in place for the last time.

After finding the bends we needed in the hose we marked them with tape and used a hacksaw with a fine-tooth blade to do the actual cutting. This is still the best tool we have found for cutting hoses.

If you want to put a factory-like finish on the end of the hose an 80-grit grinding disc will give it a factory finish quickly.

After grinding, the hose is neat and clean and also has a nice square edge, so you would never suspect this was a “cut hose.” Remember to slip the Power Grip hose clamps over the hose prior to fitting.

We took the two hoses and the coupler over and did our final twisting and tweaking for the perfect fit, then hit the Power Grip clamps with the heat gun on the work bench.

Here’s the finished hose prior to being installed on the car. The hose coupler, combined with the shrink clamps, goes a long way to making this look like a one-piece hose.

Here’s the hose installed on our car. As we mentioned earlier the engine is higher than the radiator cap, which is why we required the bleeder valve. We like this neat and clean solution better than two radiator caps.

One final detail, when you cut a radiator hose the fiber reinforcing shows up as a series of white dots; take a black sharpie and hit those nylon reinforcing dots and they disappear. Now we can call the job complete.

The post Making Custom Radiator Hoses appeared first on Hot Rod Network.

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[itsworn]

How to Install an EFI-Ready Fuel System in an Early Chevelle

The automotive aftermarket has come a long way in helping car guys bring 50-plus-year-old cars into the modern era. Of course, you can engineer the “old car” feeling out of your old Chevy by swapping in an LS engine, overdrive transmission, and updating the suspension. That is not our intention with this 1964 Chevelle four door project car. We want to retain the old-school flavor and simplicity of the original 283ci small-block engine, but we also want it to perform better and get better fuel economy. Part of the process is the installation of a Holley Sniper EFI system, but before we get carried away with the new fuel-injection system we need to bring our entire fuel system up to speed.

For this, we once again called upon Holley for one of its EFI-ready fuel tanks. Holley makes direct fit tanks for many applications, including our 1964 Chevelle. The tank features dual drop-in assemblies for both the fuel sender and the electric fuel pump. We could’ve opted to keep our stock tank and use an inline electric pump, but the convenience and longevity of an in-tank pump made it an easy decision. We’ve also found external pumps to be noisy, and having the pump in the tank keeps it cooler.

It’s important to note that the Holley Sniper EFI-ready fuel tank is applicable for all types of fuel-injection systems, including LS engine swaps. The installation does require some customization of the fuel sender and pump assembly so it’s definitely a good idea to reserve a full weekend of shop time to get it wrapped up. We’re pleased with the fit, finish, and quality of the Holley EFI-ready fuel tank and we’re itching to get the Sniper EFI installed so we can see what this 283 can do with a high-tech fuel system in place of the old Rochester two-barrel carburetor. For now, take a look at the necessary steps to install the new fuel system in a 1964 to 1967 Chevelle and follow along as we start bringing this early A-body into the modern era.

1. Although nice for its age, this 1964 Chevelle is ready for a new fuel tank. With plans to make the swap to a Holley Sniper EFI system, it was a great time to upgrade to an EFI-ready tank. It’s a good idea to spray some penetrating oil on the tank strap fasteners and give the threads a quick scrub with a wire brush. Then, it’s simply a matter of supporting the tank with a 2×4 and a floor jack, while loosening the nuts and lowering the straps.

2. Fuel tank removal and installation is usually a two-man job, especially if there is fuel in the tank. The tricky part is rolling forward to clear the filler neck, while at the same time lowering the jack and keeping things steady. After the tank is lowered, we can remove the original fuel hoses as well as the sending unit wire and ground wire. The new Holley tank system comes with new straps so we can also get our crusty straps out of the way.

3. The new 24-gallon Sniper tank (PN 19-105) from Holley may look stock, but it’s internally baffled with a 4.3-liter internal fuel tray for EFI and it’s an inch deeper for fuel pump clearance, which also adds a bit more capacity. The steel tank is galvanized and then the exterior is powdercoated silver, so it’s a tank that’s going to last a long time and look good doing it.

4. The new Holley EFI-ready fuel tank comes with a universal sender (0-90 ohms) and fuel pump assembly. We start by disassembling the generic fuel sender in order to shorten it to the appropriate length.

5. For the 1964-’67 Chevelle tank we’re looking at a depth of 6 1/2 inches so we cut that number in half and added 1/8-inch for gasket thickness. This positions the float arm pivot point at half of the tank’s depth. The lower portion of the two-piece fuel sender bracket can be removed.

6. Now we can remove the temporary rod and install the float arm. Slide the arm until it rests against the stop and is about 1/8-inch from the mounting surface. Tighten the float arm retaining screw and cut off the excess arm past the stop. At this point you may also trim the excess material from the bottom of the float bracket assembly.

7. After all of the retaining screws are tight and the wiring connection is tightened on the terminal you can drop the fuel sender into the Holley EFI-ready fuel tank. Be sure to align the rubber gasket and apply a small amount of Indian Head gasket compound for a good seal.

8. Now it’s time to move to the second drop-in unit: the fuel pump assembly. The beauty of this Holley kit is the in-tank Walbro 255 liter per hour (lph) fuel pump. It’s quiet, it’s reliable, and it can support up to 550 hp at 60 psi (13.5 volts / 10.4 amp draw). The first step is to measure the depth of the tank again and make notes of the fuel pump length.

9. After careful measurements we can trim several inches off of the black supply line and then trim the white return line so that it is 1 inch from the bottom of the fuel pump assembly. Since the pump and filter sock measure 4.25 inches, we’re looking at shortening the supply line to 2.25 inches and the return line to 5.5 inches.

10. We heat the black supply line so that it will stretch around the fuel pump fitting. Don’t forget to have your clamps already hanging on the line because once the line shrinks, as it cools, it is difficult to remove.

11. With the supply line warmed, we can push the fuel pump into place and rotate it around until it is nestled up against the white return line.

12. After the fuel pump is in place, we slide the supplied sleeve over the pump and keep everything together with the supplied cable ties.

13. We can now tighten all three clamps on the fuel pump assembly and plug in the pre-installed wires into the fuel pump.

14. The fuel pump assembly is now ready to drop in to the 2.25-inch hole. It’s important that the fuel pump assembly is oriented so that the supply and return line fittings point toward the front of the car and that the filter sock is aligned with the reservoir tray (toward the rear of the car). After applying a small amount of Indian Head gasket compound to the rubber gasket we tighten the six retaining bolts.

15. It’s a good idea to use pipe sealant on the fuel pump fittings. The fitting size is 1/4-inch NPT, but we have found it beneficial to use an adapter down to 1/8-inch NPT, as the adapter swells a little more as it’s tightened and offers a better seal.

16. Holley suggests the use of 3/8-inch fuel injection hose for its Sniper EFI kit. The hoses are routed along the inside of the framerail. A great tip is to mark one of the hoses with a white marker every couple of feet, so that you can differentiate the supply hose from the return hose when making your connections at the engine and tank.

17. After cutting the wire to length, we crimped a ring terminal on the end of it and heated up some shrink tubing to seal it from the elements. We also made new ground wires for the pump assembly and fuel sender.

18. Holley sent along these fuel injection clamps, which offer a firm grasp on the 3/8-inch hoses. Fuel leaks are no fun, so we’re sure to double check all of our connections while they are accessible. Also notice the two additional hoses—they are the vent hoses and join with a Y-coupler.

19. We fabricated a small bracket for the Holley-supplied vent and made sure to mount it above the plane of the filler neck. This allows for adequate ventilation, which is important with a fuel-injection system using an in-tank pump.

20. Once again, the fuel tank installation process works better with two people, but if you’re attempting it alone, you can use jack stands to provide a couple of extra hands. We installed the supplied rubber hose and filler neck before raising the tank into place.

21. Whether you’re using this tank in conjunction with a Holley Sniper EFI kit or simply upgrading from a stock tank and inline electric fuel pump, this EFI-ready tank is an excellent way to provide adequate fuel supply. It also works well for LS engine swaps, but it is a perfect fit for our Sniper-equipped 283 stocker.

Sources:

Holley Performance Products 866.464.6553 holley.com

The post How to Install an EFI-Ready Fuel System in an Early Chevelle appeared first on Hot Rod Network.

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[viralleakszone-blog]

How to Make a Vertical Clay Pot Garden

http://www.viralleakszone.com/how-to-make-a-vertical-clay-pot-garden/

How to Make a Vertical Clay Pot Garden

garden, Vertical Clay Pot Garden

Springtime is here, which means it’s the perfect time to spruce up your outdoor area. Whether you’re short on space or just love the look, creating a vertical planter is a great option for showing off your favorite flowers. Using simple materials from the hardware store, you can create a striking vertical planter in just a few hours. The W-shaped configuration of this planter gives it great stability, and the pots are large enough to accommodate a wide variety of plants. At the end of the growing season, the planter can be easily disassembled for safe storage.

Things You’ll Need

Tape measure and pencil 2 x 6 pressure treated lumber, 8 feet Power miter saw Kreg pocket-hole jig and pocket screws Framing square Drill 3/8-inch twist bit 3/8-inch four-prong T-nuts (5) 3/8-inch diameter threaded rod, 3 feet long (5) 3/8-inch washers 3/8-inch nuts Hammer Pliers 3/8-inch tile-cutting drill bit 8-inch diameter terracotta pots (10) 1/2-inch cover flange (found in plumbing section) (20) 12-inch long galvanized steel connector straps (Strong Tie Part No. ER 102) (4) Gardening gloves Garden trowel Step 1: Cut Wood Base to Size The base of your planter will consist of pieces of pressure-treated 2 x 6s, arranged in a zig-zag “W” pattern. Begin by using your miter saw to cut two 16 1/2-inch long pieces, one 11-inch long piece, and one 5 1/2-inch long piece.

Prepare to connect the wood by drilling pocket holes. Drill one pocket hole in each end of the long sections, and drill two pocket holes in each end of the short sections—as shown in the third image below.

Lay out the pieces in the “W” shape—first a 16 1/2-inch piece, then the 5 1/2-inch piece, then another 16 1/2-inch piece, then the 11-inch piece. Join the pieces together with pocket screws. Step 2: Measure and Drill Holes for the Threaded Rods Find and mark the center points on the three corners and two ends of the wood “W” shape. The centers will be set 2 3/4 inches in from both edges. Drill 3/8-inch holes through the base at the five marked locations. Step 3: Insert the Threaded Rods On the bottom side of the “W” base, insert a 3/8-inch four-prong T-nut into each of the drilled holes. Pound it flush with a hammer. Thread a washer and then a nut onto the end of each threaded rod. Screw the nut up a few inches on the rod.

Flip the base over and screw a threaded rod down through the drilled holes and into each of the T-nuts. Tighten each nut down onto the base to securely anchor each rod to the “W” base.

Step 4: Drill Holes Into the Bottom of the Pots Using an all-purpose bit designed for tile, drill two 3/8-inch drainage holes in the bottom of the pots, near the outside edges. (The existing center drainage holes of each pot will be blocked once the pots are threaded onto the rods in a following step.) Step 5: Add the First Support Flange onto the Threaded Rods Measure the desired height for the first level of pots on the threaded rods. Install a nut, a washer and a cover flange on each rod, and screw it down to the desired height. Step 6: Mount the Pots Slide the first pots down the threaded rods, using the existing center drainage holes. Apply another cover flange, washer and nut. Tighten to secure the pots in place. Measure and repeat for remaining pots, setting them at the desired heights. For the best effect, stagger the height of the pots rather than setting each row at the same height. Step 7: Connect the Threaded Rods With Connector Straps Because the columns of soil-filled pots will be heavy and susceptible to swaying, you will need to stabilize the tops of the pots with a W-shaped reinforcement band, made from ordinary metal connector straps. Begin by drilling a 3/8-inch hole in each end of the connector straps, 1/2-inch in from the ends. The holes will be 11 inches apart, matching the spacing of the threaded rods. Step 8: Connect the Reinforcement Straps to the Threaded Rods Thread nuts down onto each rod, about a 1/2 inch, then slide the reinforcement straps onto the rods. Holding the straps at 45-degree angles (the same angles as on the wooden “W” base), secure the reinforcement straps with additional nuts screwed down onto the rods. This will help keep each rod upright, and prevent them from swaying in the wind. Step 9: Fill Pots With Potting Mix Put on your gardening gloves and use a garden trowel to fill the pots loosely . All Purpose Potting Mix. Add your plants and additional soil, and then lightly tamp the soil. Water each plant thoroughly, until water begins to seep down through the drainage holes. Newly planted flowers need a good watering to quickly establish themselves in their new environment. Step 10: Water and Feed Your Flowers Once your pots are planted, water regularly and after about a month, start feeding with Water Soluble All Purpose Plant Food, following the instructions on the container for quantity and frequency of feeding. Remember to feed routinely for bigger, more beautiful plants!