Two Hole Pins

If you have a pipe flange that needs to be aligned, there is an easy way to do it. Flange alignment pins are used when the holes in your pipe flanges don’t line up with the mounting bolts and can cause leaks or other issues. These Titan Pins by Gearench and Mathey Dearman come in multiples sizes so you’ll find one for any size bolt hole spacing.Two hole flange pins are perfect for when you need to quickly align a pipe flange. All you have to do is line up the holes on your flange and then slide in the alignment pin – that’s it! Alignment pins come in many sizes as well sets of two, four and six so you’ll be able to find the perfect one for your needs.Flange alignment pins is a tool to help correct misaligned pipe or help align a workpiece without adding additional stress to the pipe itself. It also eliminates the need for hammering a flange into place which can create a safety hazard.

Many later pins were made of brass, a relatively hard and ductile metal that became available during the Bronze Age. This development was followed by the use of steel which was much stronger but tended to rust when exposed to humid air. The development of inexpensive electroplating techniques allowed the steel to be plated with nickel. Nickel did not rust, but tended to flake off the steel in humid weather, again allowing it to rust. However, this took many months or even years to happen, and as nickel plated steel pins were usually used only temporarily to hold fabric in place prior to sewing, no further refinement has been considered necessary. Note, however, that some modern specialty pins are made out of rust-proof and very strong titanium.

The development of the pin closely paralleled that of its perforated counterpart, the needle. Archaeological evidence suggests that curved sewing pins have been used for over four thousand years. Originally, these were fashioned out of iron and bone by the Sumerians and were used to hold clothes together. Later, pins were also used to hold pages of books together by threading the needle through their top corner.In engineering and machine design, a pin is a machine element that secures the position of two or more parts of a machine relative to each other. A large variety of types has been known for a long time; the most commonly used are solid cylindrical pins, solid tapered pins, groove pins, slotted spring pins and spirally coiled spring pins.

A pin is a device used for fastening objects or fabrics together and can have three sorts of body: a shaft of a rigid inflexible material meant to be inserted in a slot, groove, or hole (as with pivots, hinges, and jigs); a shaft connected to a head and ending in a sharp tip meant to pierce one or more pieces of soft materials like cloth or paper (the straight or push pin); a single strip of a rigid but flexible material (e.g. a wire) whose length has been folded into parallel prongs in such fashion that the middle length of each curves towards the other so that, when anything is inserted between them, they act as a clamp (e.g. the bobby pin), or two strips of a rigid material bound together by a spring at one end so that, when the spring held open, one can insert some material between the prongs at the other end that, the spring allowed to close, then clamp the inserted material. According to their function, pins can be made of metals (e.g. steel, copper, or brass), wood, or plastic.

A pinners guild was first established in London in 1356, spreading to other towns, but falling short of the quality produced by French pinmakers, discussed in the Art de l’épinglier (French: Art de l’épinglier, lit. ‘Pin art’) (1761) where Henri-Louis Duhamel du Monceau gives details about the division of labor used by French pinmakers:

John Ireland Howe invented a pin-making machine in 1832, and an improved machine in 1841; his Howe Manufacturing Company of Derby, Connecticut, used three machines to produce 72,000 pins per day in 1839.The push pin was invented in 1900 by Edwin Moore and quickly became a success. These pins are also called “map pins” and are distinguished by having an easy to grip head. There is also a new push pin called a “paper cricket”.

Walter Hunt invented the safety pin by forming an eight-inch brass pin into a bent pin with a spring and guard. He sold the rights to his invention to pay a debt to a friend, not knowing that he could have made millions of dollars.

Top notch work, this guy has great customer service, his design and engineering are impressive. The cut parts are perfect. The attention that went into every detail is definitely noticed.

While on the phone with him you can tell that he is all about the quality of his work. That is hard to find today but his man is the meaning of skilled labor.

Two-bolt flange bearings consist of a spherical bearing within a mountable housing unit that features two bolt holes for stable and secure positioning while still providing support for perpendicular shafts. igus® two-bolt flange bearings are made from self-lubricating iglide® plastic materials that promote maintenance-free, dry operation for a wide-range of applications and requirements. Due to their universal design and range of material options, iglide® flange bearings can handle medium to high loads at various speeds within highly corrosive or harsh environments. Unlike metal, iglide composite plastic materials allow for exceptional vibration-dampening and noise-reduction while maintaining superior wear rates with no requirement for external lubrication. All of our iglide® materials are rigorously tested within our 41,000 sq. ft. laboratory to ensure long service life and optimum operation efficiency.igus® GmbH points out that it does not sell any products of the companies Allen Bradley, B&R, Baumüller, Beckhoff, Lahr, Control Techniques, Danaher Motion, ELAU, FAGOR, FANUC, Festo, Heidenhain, Jetter, Lenze, LinMot, LTi DRiVES, Mitsibushi, NUM,Parker, Bosch Rexroth, SEW, Siemens, Stöber and all other drive manufacturers mention in this website. The products offered by igus® are those of igus® GmbH

The DFM Advisor uses a sheet to represent one side of metal, by using the thickness we know where the opposite side of the metal is. The opposite side of the metal will be opposite the face normals. Therefore if the sheet used in the DFM Advisor was not extracted from a solid, one must check that the face normals are as expected for the intended side of the metal. If the sheet was extracted from as solid, the face normals are oriented correctly.For Oblong shapes, the small dimension is checked by using the tolerances above, and the longer dimension is checked using the additional tolerances listed below.Flanged Hole diameter “D” for Round Holes within the tolerance limits must be in the site defined table of allowable hole sizes based on the tolerance type (Gage/Non-Gage). The break radius is found by cutting sections 3D-Radially (normal) to the flanged hole tangency curve, then examining the first radius found. This is the break radius, unless the theoretical radius for the other side of the metal is smaller. If smaller, then it will be the break radius. The computed break radius (actual inside radius) and Radius Multiple value(?) times metal thickness are both snapped to the nearest 0.5mm (~0.02 in) and compared. If they are not equal a nonconformance is reported. The 2 examples below illustrate pass cases. Sections are cut perpendicular to the flange tangency curve in the punch direction view on the flanged hole faces. The angle the flat makes with the punch direction must be within the max and min allowable angles for a wipe flange. The max value is DFM_FlangedHoleWipeAngleMax value (?), and the min value will be DFM_FlangedHoleWipeAngleMin value(?) . The flanged hole wipe angle check uses the same utility as the flanged types criteria to determine if a flange is a wipe flange.The 3d shape of the object is projected onto the plane of the punch direction. If the shape of the object is not Round or Oblong, a nonconformance is reported.

From the detailed illustration above, the total flange length is the flange flat length plus the break radius. This distance must be less than the flange hole diameter “D” (D1 for slots) divided by Flange Length Maximum Multiple value(?) . If not a nonconformance is reported.The flanged hole dimension/Oblong dimensions are computed by considering the direction of Face Normal and thickness of the sheet metal as shown in the figure below.

The flange flat length must be greater than DFM_FlangedHoleMultipleFlatLenAllHoles value(?) (for all tolerance types )and also less than DFM_FlangedHoleMultipleFlatLenGageHoles value(?) (for Gage only) times metal thickness.At this time the maximum length associated with gage flanged holes is not supported. This would need to be specified in the Die Engineering Flange Task. Specifying a type of hole in the Flange Task is not currently supported. We use cookies to improve your browsing experience and help us improve our websites. By continuing to use our website, you agree to our use of such cookies. Agree Learn more This is where you’ll find our variety of Two Hole Pins. We have pins by Lee Tools, Sumner Manufacturing, and Flange Wizard. We carry different types of quick release pins. We have mini 2 hole pins, standard two hole pins, large two hole pins, even Extra Large 2 hole pins. If you’re just needing a quick alignment try a set of Step Alignment Pins. If you’re wanting something quicker and easier than the quick release then look at the magnetic two hole pins. Just pull them apart, slide them in, and put them back together and you’re ready for leveling.Due to the custom work and high volume of orders, it takes up to 10-15 business days from your purchase order for the completion of your product and or your product to be shipped. The date your shipping option takes effect is based on the completion date of the final product, NOT as of the date of your purchase order. Please keep in mind this is for all our orders.

All models are machine from hardened steel to make a very sturdy and lasting tool. We use double lead fast threads instead of ACME threads because they are as fast, if not faster, to screw on and more importantly, we have found that ACME threads tend to loosen, and don’t hold job as secure as our double lead fast threads. Models 42050-TM, 42050-T and 42050-TL have one pin that has a 360° vial for easier vertical leveling that just “snap” in and out for easy replacement. The 42050-TXL model fits flanges with hole sizes to 2-7/8″ in diameter.The new magnetic two hole pins bring the latest and fastest technology available to market for aligning flanges and base plates on pipe and stanchions of all kinds.Fabricating pipe with flange fittings? Refineries, shipyards, oilfield construction… you need to try our Tapered Nylon Flange Pins. Precision molded from light weight high-impact nylon. Simple to use, just insert pin into bolt hole and push the other half in place.

Simple and straight forward, Lee’s Step Alignment Pins have a hard chrome surface to prevent wear and corrosion. Our steel line-up pins are accurate, strong and durable. Unique step-tapered design for precise fit up. Available in three sizes.

Several customers who used our Quick Release Pins asked for a threaded version, so we made one! Lee’s Threaded Release Pins are simply Standard Size Quick Release Pins with threading, so you know the same durability and high-quality metal is used in the manufacturing.A set of two replacement knobs for Lee Threaded Flange Alignment Pins or Lee Quick Release Flange Alignment Pins. Works for bolt sizes 1/2″ thru 1 1/4″Overall Length: 4-1/4″

International orders will be shipped once we have verified that we have all items ordered in stock. If an item is on backorder from the manufacturer we will notify you immediately. We will not do partial shipments to anywhere outside of the US. Customs Fees and Import Taxes are not part of Shipping Costs. These duties/fees are the buyer’s responsibility. We will email you immediately upon receipt of an international order to confirm your understanding of this. If a package is refused due to Customs Fees or Import Taxes and returned to us, you will be refunded for the price of the products only. We request that you contact your local custom’s office to find out more information about these fees and taxes before ordering from us.

Merchandise that has been used or show any signs of abuse cannot be returned for refund or exchange. You may be under warranty and must work with the manufacturer to resolve the issue. We will pay freight charges for the return of defective items or if we made a mistake on your original order. Any packages that are returned to us for “Incomplete Address”, “Insufficient Address”, or “Address – Not Known”, will be held at our facility. The customer will be responsible for the second Shipping Cost to the full amount or if requested refunded for the products only.This is for the Flange Wizard Two Hole Pins Threaded Standard Size Only! The last image is for comparison of the sizes available. All other sets sold separately!

If you are an business that is already established with us for Net 30 Terms, then you are more than welcome to place an order by Purchase Order and we will be glad to fulfill it for you.

Two hole pins are used to level or plumb two adjacent bolt holes on flanges. The Flange Wizard pins line up with the center of each holes when tightened then a level is placed across the top of the pins.

When you’re looking for a home run of a baseball trading pin, you’re likely to be presented with a wide variety of options. Depending on the artist or company you contact, you may end up discussing different designs, shapes, sizes, and colors. As if that didn’t present enough options, you’ll probably end up discussing different kinds of pins as well. While it’s easy to assume a baseball trading pin comes in one standard material, that’s far from the case.

Soft enamel pin basics: The design is stamped out from a sheet of metal. If you think of a blacksmith hammering a hot piece of metal to work it into shape, a soft enamel pin uses similar concepts. The stamping leaves recessed areas, or pools. These show the general form of the design and give a vague idea of what the final product might look like.In fact, there are two distinct kinds of pins that can have a major impact on your overall design. These are called soft enamel and offset printed pins. While they have some general similarities, they both serve different purposes during the overall design process.

While it is easy enough to think of soft enamel pins as more “simple,” they’re anything but. You can still achieve a good level of design from a soft enamel pin and, in many ways, this type of pin is considered more “traditional” than other types of pins. When you think of a baseball trading pin, there’s a strong possibility that you’re picturing a soft enamel pin.If you’re ready to discuss designs and pin types, we’re here to help. Our team of pros at Baseball Trading Pins knows all about the design process and we can help you make the best decisions so you end up with a product that truly speaks to your personality. When you want to develop a pin that will bring back memories for years to come, Baseball Trading Pins is the way to go.