The parts a working day stops without

About QWORK

From one bench order to 17 departments

What We Supply and How We Decide It Belongs Here

How the range grew, one trade at a time

What We Supply and How We Decide It Belongs Here

We started with a straightforward idea. Professionals, home shop owners, and maintenance crews need parts that work. They need them at prices that let them stock up without watching the budget too closely. So we set out to find those parts, check them against their own specifications, and list the ones that passed.

At first, we kept things simple. A few consumables for the bench. Drill bits that cut what they said they would cut. Abrasives that actually removed material instead of glazing over on the first pass. We bought samples, put them on our own worktables, and used them the way you would. If a drill bit wandered off its mark or a grinding wheel shed pieces too soon, we did not add it to the catalogue. That was the whole process in the beginning. Source it. Test it. List it or send it back.

The range grew because one department leads to another when you think about a working day. You drill a hole, then you need to tap threads in it. You weld two pieces together, then you need to grind the seam smooth. You lift something heavy, so you need slings and shackles that can handle the weight. Each of those steps is its own category now. What began as a handful of items has become 1,274 parts across 17 departments.

We keep the departments organized around what you actually do, not around what sounds impressive on a webpage. Safety and lockout gear sits at the top for good reason: nothing else matters if the energy sources are not controlled properly. We read OSHA 29 CFR 1910.147 cover to cover before we listed a single lockout hasp or tag, and we quote from it in our guides so you can see exactly which requirements each part addresses.

The same goes for the sling standard, 1910.184, and the hand and pneumatic tool rules under 1910.242. We do not claim compliance on your behalf, but we make sure we understand what the standards ask for before we sell you something meant to meet them.

Below safety, the catalogue follows the shape of most jobs. Painting and finishing. Adhesives and dispensing. Welding and soldering. Drilling and cutting. Pneumatics and automotive repair. Lab supplies for those who need them. Electrical and cable management. Hoses and fittings. Power transmission components like sprockets, bearings, and belts. Material handling for moving loads safely and securely.

Then come the measuring and marking tools, the hand tools themselves, clamps and workholding, fasteners and hardware, storage and display solutions, and general workshop supplies. That last category catches the things that do not fit neatly elsewhere: shop towels, lubricants, small organizers, the items that keep a workspace running.

Here is how those numbers break down across the range:

The median price across the entire catalogue sits between twelve and twenty-five dollars for most categories. Some specialized items run higher. A large storage cabinet or a premium set of hand tools costs more than a pack of welding rods or a roll of abrasive cloth. That is how it should be. The price reflects what the part is, not what story we can wrap around it.

We sell most of these parts in shop packs. Of the 1,274 items we carry, 772 come with a stated piece count so you know exactly how many you are getting. The deepest packs hold five thousand pieces: bulk fasteners, common hardware, the items you reach for constantly and do not want to reorder every week. For everything else, smaller quantities keep the entry price low enough to try a new line without committing to a case.

Materials matter, so we publish them where we can confirm them. 846 parts include a stated material in the specification. Stainless steel shows up often. Carbon steel, alloy steel, aluminum, nylon, and rubber round out the list for most applications. If a card does not name a material, it means we could not verify it from the manufacturer's data or our own inspection, and we would rather leave that field blank than guess.

Dimensions are held to the same standard. Two hundred and sixty-four parts carry full measurements we have confirmed. The rest of our feed includes placeholder dimensions that look complete but are not. We refuse to print those. A bolt that is actually 18mm long should not be listed as 20mm just because the template asked for a number. When we cannot measure it ourselves or trust the source data, we say so or we do not list the dimension at all.

Thread sizes appear on forty-eight parts where they are relevant and verified. Bores and outside diameters show up on twenty-eight more. One hundred and sixty-two parts state a rated load in pounds. Twenty-six state a working pressure in PSI. These numbers exist because we checked them, not because they fill space on a page.

This brings us to how we decide whether a line belongs in the catalogue at all. Every new product we consider goes through the same evaluation we used when we started. Someone on our team handles the sample physically. They read what the specification claims. Then they test whether the claim holds up.

For threaded parts, we run a thread gauge or calibrated nut over the threads. If the gauge binds or skips, the part does not go on the site. For items that list a load rating, we compare what is stamped or printed on the part against what the specification sheet promises. When those numbers disagree, we ask why. Often the answer is that a supplier rounded up or copied an old datasheet without checking the current production run. Those parts go back.

Some things look right but cannot be verified at our worktable. A steel alloy composition requires equipment we do not have. A pressure rating on a hose might need a test rig we cannot fit in the space where we inspect samples. In those cases, if we cannot confirm the spec ourselves and we cannot get reliable documentation from the source, we do not list the spec. The part might still be good. But we will not print a number we cannot stand behind.

This approach means we turn down lines that would probably sell well. Suppliers send us catalogues full of attractive pricing and broad claims. We open the samples and find soft metal where hard was promised, threads cut to loose tolerances, dimensions that drift from piece to piece within the same bag. Those go back. A low price on a part that fails halfway through its intended job is not a bargain. It is a waste of your time and money, and it undermines the reason we built this catalogue in the first place.

Checkout, payment, delivery, and returns are handled by our retail partner.

Dimensions are held to the same standard.

What we check before a line goes on sale

We started with a straightforward idea. Professionals, home shop owners, and maintenance crews need parts that work. They need them at prices that let them stock up without watching the budget too closely. So we set out to find those parts, check them against their own specifications, and list the ones that passed.

At first, we kept things simple. A few consumables for the bench. Drill bits that cut what they said they would cut. Abrasives that actually removed material instead of glazing over on the first pass. We bought samples, put them on our own worktables, and used them the way you would. If a drill bit wandered off its mark or a grinding wheel shed pieces too soon, we did not add it to the catalogue. That was the whole process in the beginning. Source it. Test it. List it or send it back.

The range grew because one department leads to another when you think about a working day. You drill a hole, then you need to tap threads in it. You weld two pieces together, then you need to grind the seam smooth. You lift something heavy, so you need slings and shackles that can handle the weight. Each of those steps is its own category now. What began as a handful of items has become 1,274 parts across 17 departments.

We keep the departments organized around what you actually do, not around what sounds impressive on a webpage. Safety and lockout gear sits at the top for good reason: nothing else matters if the energy sources are not controlled properly. We read OSHA 29 CFR 1910.147 cover to cover before we listed a single lockout hasp or tag, and we quote from it in our guides so you can see exactly which requirements each part addresses.

The same goes for the sling standard, 1910.184, and the hand and pneumatic tool rules under 1910.242. We do not claim compliance on your behalf, but we make sure we understand what the standards ask for before we sell you something meant to meet them.

Below safety, the catalogue follows the shape of most jobs. Painting and finishing. Adhesives and dispensing. Welding and soldering. Drilling and cutting. Pneumatics and automotive repair. Lab supplies for those who need them. Electrical and cable management. Hoses and fittings. Power transmission components like sprockets, bearings, and belts. Material handling for moving loads safely and securely.

Then come the measuring and marking tools, the hand tools themselves, clamps and workholding, fasteners and hardware, storage and display solutions, and general workshop supplies. That last category catches the things that do not fit neatly elsewhere: shop towels, lubricants, small organizers, the items that keep a workspace running.

Here is how those numbers break down across the range:

The median price across the entire catalogue sits between twelve and twenty-five dollars for most categories. Some specialized items run higher. A large storage cabinet or a premium set of hand tools costs more than a pack of welding rods or a roll of abrasive cloth. That is how it should be. The price reflects what the part is, not what story we can wrap around it.

We sell most of these parts in shop packs. Of the 1,274 items we carry, 772 come with a stated piece count so you know exactly how many you are getting. The deepest packs hold five thousand pieces: bulk fasteners, common hardware, the items you reach for constantly and do not want to reorder every week. For everything else, smaller quantities keep the entry price low enough to try a new line without committing to a case.

Materials matter, so we publish them where we can confirm them. 846 parts include a stated material in the specification. Stainless steel shows up often. Carbon steel, alloy steel, aluminum, nylon, and rubber round out the list for most applications. If a card does not name a material, it means we could not verify it from the manufacturer's data or our own inspection, and we would rather leave that field blank than guess.

Dimensions are held to the same standard. Two hundred and sixty-four parts carry full measurements we have confirmed. The rest of our feed includes placeholder dimensions that look complete but are not. We refuse to print those. A bolt that is actually 18mm long should not be listed as 20mm just because the template asked for a number. When we cannot measure it ourselves or trust the source data, we say so or we do not list the dimension at all.

Thread sizes appear on forty-eight parts where they are relevant and verified. Bores and outside diameters show up on twenty-eight more. One hundred and sixty-two parts state a rated load in pounds. Twenty-six state a working pressure in PSI. These numbers exist because we checked them, not because they fill space on a page.

This brings us to how we decide whether a line belongs in the catalogue at all. Every new product we consider goes through the same evaluation we used when we started. Someone on our team handles the sample physically. They read what the specification claims. Then they test whether the claim holds up.

For threaded parts, we run a thread gauge or calibrated nut over the threads. If the gauge binds or skips, the part does not go on the site. For items that list a load rating, we compare what is stamped or printed on the part against what the specification sheet promises. When those numbers disagree, we ask why. Often the answer is that a supplier rounded up or copied an old datasheet without checking the current production run. Those parts go back.

Some things look right but cannot be verified at our worktable. A steel alloy composition requires equipment we do not have. A pressure rating on a hose might need a test rig we cannot fit in the space where we inspect samples. In those cases, if we cannot confirm the spec ourselves and we cannot get reliable documentation from the source, we do not list the spec. The part might still be good. But we will not print a number we cannot stand behind.

This approach means we turn down lines that would probably sell well. Suppliers send us catalogues full of attractive pricing and broad claims. We open the samples and find soft metal where hard was promised, threads cut to loose tolerances, dimensions that drift from piece to piece within the same bag. Those go back. A low price on a part that fails halfway through its intended job is not a bargain. It is a waste of your time and money, and it undermines the reason we built this catalogue in the first place.

Checkout, payment, delivery, and returns are handled by our retail partner.

What the range looks like now

At first, we kept things simple. A few consumables for the bench. Drill bits that cut what they said they would cut. Abrasives that actually removed material instead of glazing over on the first pass. We bought samples, put them on our own worktables, and used them the way you would. If a drill bit wandered off its mark or a grinding wheel shed pieces too soon, we did not add it to the catalogue. That was the whole process in the beginning. Source it. Test it. List it or send it back.

The range grew because one department leads to another when you think about a working day. You drill a hole, then you need to tap threads in it. You weld two pieces together, then you need to grind the seam smooth. You lift something heavy, so you need slings and shackles that can handle the weight. Each of those steps is its own category now. What began as a handful of items has become 1,274 parts across 17 departments.

We keep the departments organized around what you actually do, not around what sounds impressive on a webpage. Safety and lockout gear sits at the top for good reason: nothing else matters if the energy sources are not controlled properly. We read OSHA 29 CFR 1910.147 cover to cover before we listed a single lockout hasp or tag, and we quote from it in our guides so you can see exactly which requirements each part addresses.

The same goes for the sling standard, 1910.184, and the hand and pneumatic tool rules under 1910.242. We do not claim compliance on your behalf, but we make sure we understand what the standards ask for before we sell you something meant to meet them.

Below safety, the catalogue follows the shape of most jobs. Painting and finishing. Adhesives and dispensing. Welding and soldering. Drilling and cutting. Pneumatics and automotive repair. Lab supplies for those who need them. Electrical and cable management. Hoses and fittings. Power transmission components like sprockets, bearings, and belts. Material handling for moving loads safely and securely.

Then come the measuring and marking tools, the hand tools themselves, clamps and workholding, fasteners and hardware, storage and display solutions, and general workshop supplies. That last category catches the things that do not fit neatly elsewhere: shop towels, lubricants, small organizers, the items that keep a workspace running.

Here is how those numbers break down across the range:

The median price across the entire catalogue sits between twelve and twenty-five dollars for most categories. Some specialized items run higher. A large storage cabinet or a premium set of hand tools costs more than a pack of welding rods or a roll of abrasive cloth. That is how it should be. The price reflects what the part is, not what story we can wrap around it.

We sell most of these parts in shop packs. Of the 1,274 items we carry, 772 come with a stated piece count so you know exactly how many you are getting. The deepest packs hold five thousand pieces: bulk fasteners, common hardware, the items you reach for constantly and do not want to reorder every week. For everything else, smaller quantities keep the entry price low enough to try a new line without committing to a case.

Materials matter, so we publish them where we can confirm them. 846 parts include a stated material in the specification. Stainless steel shows up often. Carbon steel, alloy steel, aluminum, nylon, and rubber round out the list for most applications. If a card does not name a material, it means we could not verify it from the manufacturer's data or our own inspection, and we would rather leave that field blank than guess.

Dimensions are held to the same standard. Two hundred and sixty-four parts carry full measurements we have confirmed. The rest of our feed includes placeholder dimensions that look complete but are not. We refuse to print those. A bolt that is actually 18mm long should not be listed as 20mm just because the template asked for a number. When we cannot measure it ourselves or trust the source data, we say so or we do not list the dimension at all.

Thread sizes appear on forty-eight parts where they are relevant and verified. Bores and outside diameters show up on twenty-eight more. One hundred and sixty-two parts state a rated load in pounds. Twenty-six state a working pressure in PSI. These numbers exist because we checked them, not because they fill space on a page.

This brings us to how we decide whether a line belongs in the catalogue at all. Every new product we consider goes through the same evaluation we used when we started. Someone on our team handles the sample physically. They read what the specification claims. Then they test whether the claim holds up.

For threaded parts, we run a thread gauge or calibrated nut over the threads. If the gauge binds or skips, the part does not go on the site. For items that list a load rating, we compare what is stamped or printed on the part against what the specification sheet promises. When those numbers disagree, we ask why. Often the answer is that a supplier rounded up or copied an old datasheet without checking the current production run. Those parts go back.

Some things look right but cannot be verified at our worktable. A steel alloy composition requires equipment we do not have. A pressure rating on a hose might need a test rig we cannot fit in the space where we inspect samples. In those cases, if we cannot confirm the spec ourselves and we cannot get reliable documentation from the source, we do not list the spec. The part might still be good. But we will not print a number we cannot stand behind.

This approach means we turn down lines that would probably sell well. Suppliers send us catalogues full of attractive pricing and broad claims. We open the samples and find soft metal where hard was promised, threads cut to loose tolerances, dimensions that drift from piece to piece within the same bag. Those go back. A low price on a part that fails halfway through its intended job is not a bargain. It is a waste of your time and money, and it undermines the reason we built this catalogue in the first place.

Checkout, payment, delivery, and returns are handled by our retail partner.

What we do not do, said plainly

The range grew because one department leads to another when you think about a working day. You drill a hole, then you need to tap threads in it. You weld two pieces together, then you need to grind the seam smooth. You lift something heavy, so you need slings and shackles that can handle the weight. Each of those steps is its own category now. What began as a handful of items has become 1,274 parts across 17 departments.

We keep the departments organized around what you actually do, not around what sounds impressive on a webpage. Safety and lockout gear sits at the top for good reason: nothing else matters if the energy sources are not controlled properly. We read OSHA 29 CFR 1910.147 cover to cover before we listed a single lockout hasp or tag, and we quote from it in our guides so you can see exactly which requirements each part addresses.

The same goes for the sling standard, 1910.184, and the hand and pneumatic tool rules under 1910.242. We do not claim compliance on your behalf, but we make sure we understand what the standards ask for before we sell you something meant to meet them.

Below safety, the catalogue follows the shape of most jobs. Painting and finishing. Adhesives and dispensing. Welding and soldering. Drilling and cutting. Pneumatics and automotive repair. Lab supplies for those who need them. Electrical and cable management. Hoses and fittings. Power transmission components like sprockets, bearings, and belts. Material handling for moving loads safely and securely.

Then come the measuring and marking tools, the hand tools themselves, clamps and workholding, fasteners and hardware, storage and display solutions, and general workshop supplies. That last category catches the things that do not fit neatly elsewhere: shop towels, lubricants, small organizers, the items that keep a workspace running.

Here is how those numbers break down across the range:

The median price across the entire catalogue sits between twelve and twenty-five dollars for most categories. Some specialized items run higher. A large storage cabinet or a premium set of hand tools costs more than a pack of welding rods or a roll of abrasive cloth. That is how it should be. The price reflects what the part is, not what story we can wrap around it.

We sell most of these parts in shop packs. Of the 1,274 items we carry, 772 come with a stated piece count so you know exactly how many you are getting. The deepest packs hold five thousand pieces: bulk fasteners, common hardware, the items you reach for constantly and do not want to reorder every week. For everything else, smaller quantities keep the entry price low enough to try a new line without committing to a case.

Materials matter, so we publish them where we can confirm them. 846 parts include a stated material in the specification. Stainless steel shows up often. Carbon steel, alloy steel, aluminum, nylon, and rubber round out the list for most applications. If a card does not name a material, it means we could not verify it from the manufacturer's data or our own inspection, and we would rather leave that field blank than guess.

Dimensions are held to the same standard. Two hundred and sixty-four parts carry full measurements we have confirmed. The rest of our feed includes placeholder dimensions that look complete but are not. We refuse to print those. A bolt that is actually 18mm long should not be listed as 20mm just because the template asked for a number. When we cannot measure it ourselves or trust the source data, we say so or we do not list the dimension at all.

Thread sizes appear on forty-eight parts where they are relevant and verified. Bores and outside diameters show up on twenty-eight more. One hundred and sixty-two parts state a rated load in pounds. Twenty-six state a working pressure in PSI. These numbers exist because we checked them, not because they fill space on a page.

This brings us to how we decide whether a line belongs in the catalogue at all. Every new product we consider goes through the same evaluation we used when we started. Someone on our team handles the sample physically. They read what the specification claims. Then they test whether the claim holds up.

For threaded parts, we run a thread gauge or calibrated nut over the threads. If the gauge binds or skips, the part does not go on the site. For items that list a load rating, we compare what is stamped or printed on the part against what the specification sheet promises. When those numbers disagree, we ask why. Often the answer is that a supplier rounded up or copied an old datasheet without checking the current production run. Those parts go back.

Some things look right but cannot be verified at our worktable. A steel alloy composition requires equipment we do not have. A pressure rating on a hose might need a test rig we cannot fit in the space where we inspect samples. In those cases, if we cannot confirm the spec ourselves and we cannot get reliable documentation from the source, we do not list the spec. The part might still be good. But we will not print a number we cannot stand behind.

This approach means we turn down lines that would probably sell well. Suppliers send us catalogues full of attractive pricing and broad claims. We open the samples and find soft metal where hard was promised, threads cut to loose tolerances, dimensions that drift from piece to piece within the same bag. Those go back. A low price on a part that fails halfway through its intended job is not a bargain. It is a waste of your time and money, and it undermines the reason we built this catalogue in the first place.

Checkout, payment, delivery, and returns are handled by our retail partner.

What Quality Means Here

We supply 1,274 parts across 17 departments. That number tells you something about how we work. Every one of those parts has a page because we decided to list it, not because a feed pushed it through automatically. We read the specifications ourselves.

When we say a pack contains 5000 pieces, we print that count. When we say a bolt is made of alloy steel or a gasket is nitrile rubber, we have seen that material stated in the specification we received. Of our 1,274 parts, 846 name a material outright. The most common ones are stainless steel, carbon steel, alloy steel, aluminium, nylon and rubber. If the spec sheet does not say what something is made of, we do not guess.

The same goes for sizes. Forty-eight of our parts state a thread size. Twenty-eight give us a bore or outside diameter in inches. One hundred sixty-two carry a stated load rating in pounds. Twenty-six list a working pressure in PSI. We publish these numbers exactly as they appear on the documentation from the source. A lockout hasp that rates for 10000 pounds says so because the manufacturer wrote it there. We ran a caliper across a few to see if the claim held up. It did.

Here is where we differ from other catalogues. 264 of our parts include full dimensions. The rest do not. The specification we receive carries placeholder figures for almost everything: generic lengths, widths, and heights that match nothing real. We could print them and fill out every field. We refuse to do that. If we cannot verify a dimension, the space stays blank. You will not find a fake measurement on this site.

We also do not publish ratings or customer reviews. None have been collected. You will not see invented testimonials or five-star averages pulled from thin air. What you see is what the specification supports.

We are an MRO supplier. Our parts serve maintenance, repair, and operations work for professionals, DIYers, and businesses of any size. We source globally and evaluate what we receive before we offer it to you. Three public standards guide how we write about certain categories: OSHA 29 CFR 1910.147 for lockout and tagout, 1910.184 for slings, and 1910.242 for hand and pneumatic tools. We read these standards in full and quote them in our guides where they apply.

Quality here means we tell you what we know, we keep quiet about what we do not, and we never make up numbers to fill a template.