But they can do what regular combination wrenches can't.....if you work on equipment with a lot if hydraulic lines they are pricelessThose Tecton angle wrenches are very nice and much cheaper than Snap On. But they are still alot of money given what we can buy a set of regular combination for these days. Jus sayin.
Im not a big Tekton fan (PTSD from the cheap junk they used to sell), but the web design/development firm they have hired is doing a TOP NOTCH job.I have the Tekton angle wrenches .......................... really nice.
Speaking of the website ......................................... I like that it has all the size and measurement info complete for everything. At least everything I have looked at.
Seth
I was the same after buying a HORRIBLE precision screwdriver set from them about 8 years ago. Recently gave them another chance (hard handle screwdrivers and some other stuff) and am pretty happy with them.Im not a big Tekton fan (PTSD from the cheap junk they used to sell), but the web design/development firm they have hired is doing a TOP NOTCH job.
The Tekton of today is a far cry from what it was 5-10 years ago. They've really turned their reputation around.I was the same after buying a HORRIBLE precision screwdriver set from them about 8 years ago. Recently gave them another chance (hard handle screwdrivers and some other stuff) and am pretty happy with them.
Thats for sure alot times you have to pay just because.But they can do what regular combination wrenches can't.....if you work on equipment with a lot if hydraulic lines they are priceless
$9 per wrench is a lot of money?Those Tecton angle wrenches are very nice and much cheaper than Snap On. But they are still alot of money given what we can buy a set of regular combination for these days. Jus sayin.
Those Tecton angle wrenches are very nice and much cheaper than Snap On. But they are still alot of money given what we can buy a set of regular combination for these days. Jus sayin.
What kind of Made in USA combo wrenches can you buy for this price even? Not even considering that these are a specialty wrench that perform a function combo wrenches do not.
I've considered these since they introduced them but I just don't see what they are used for. I almost never use an open end wrench and I'd use these even less. Maybe somebody that works on air conditioning lines would love them but what other purpose do they serve? On modern cars where would they be used other than on AC lines? I'D REALLY LIKE TO KNOW because if they do have a unique use I'll buy them before the price increase next week.
I am a little curious why nobody cares about that they are cut from sheet metal and CNC cut, instead of drop forged. I am kinda of traditional type. It takes me a long time to warm up to new ideas.
Totally agree. Love the hard-handle screwdrivers.The Tekton of today is a far cry from what it was 5-10 years ago. They've really turned their reputation around.
Yep, use them constantly for hydraulic fittings and hard-to-reach bolts/nuts.
They are actually much cheaper than 30% of SO. If you look on the SO website the VS814A is a 14 pc set that rings in at $920.
The Tekton WAE90108 is a 19pc set and its only $238.
That's a good point. All other things being constant like the chemistry, heat treatment, and design, the forged product should have a slight advantage over a plate in terms of strength and toughness since the grains are more closely aligned with the geometry and loads that the tools will see. However, plate is a very good material that still offers a wrought grain structure like a forging since it was mechanically worked during the rolling process, it just wont be aligned with the final product. The design of the wrench made from plate will generally be different from one made from a forging for two reasons: to account for differences in material properties and avoid difficult to machine features. Forgings by their nature can easily incorporate complex surfaces since the geometry is only sunk into the tool once and then the material is formed using the tools. Complex surfaces are difficult to quickly and repeatedly cut.I am a little curious why nobody cares about that they are cut from sheet metal and CNC cut, instead of drop forged. I am kinda of traditional type. It takes me a long time to warm up to new ideas.
OK so nobody has answered my question which is: do these have a purpose in automotive repair. A member named AirMech (which I assume means he's an airplane mechanic) says he uses them constantly on hydraulic fittings. Well my Porsche doesn't have any hydraulic fittings other than it's brake lines and for those I use flair nut wrenches. I don't work on Cat bulldozers, airplanes, farm equipment or any of that out in the country type stuff so what value do these have in automotive repair?
That's a good point. All other things being constant like the chemistry, heat treatment, and design, the forged product should have a slight advantage over a plate in terms of strength and toughness since the grains are more closely aligned with the geometry and loads that the tools will see. However, plate is a very good material that still offers a wrought grain structure like a forging since it was mechanically worked during the rolling process, it just wont be aligned with the final product. The design of the wrench made from plate will generally be different from one made from a forging for two reasons: to account for differences in material properties and avoid difficult to machine features. Forgings by their nature can easily incorporate complex surfaces since the geometry is only sunk into the tool once and then the material is formed using the tools. Complex surfaces are difficult to quickly and repeatedly cut.
As a member of the forging industry, I am frequently in competition with plate because often times it can be used to produce the same end item as a forging. As a consumer, I do not hold the plate starting stock against the tool. I may have some ethical concern about supporting plate but that's a personal issue.
You're correct. Forging's generally aren't picked over plate because they are stronger, they are picked over casting because they are stronger. The difference between the longitudinal, short transverse, and long transverse of a wrought product like a forging or plate might be around 5% of each other, so aligning the grains with the finished part will offer a benefit but it's going to be less than 5% in terms of strength. With high volumes, the non-recurring expenses associated with forging tooling becomes negligible and the recurring machining and materials cost saving make it an obvious choice. With lower volumes, the cost of tooling up might never pan out for a forging, hence the popularity of hogging it out of plate despite the higher recurring cost associated with that approach. Any marketing about the novelty of the manufacture of this wrench is just advertising. This supply chain conversation has been going on for generations with the calculus always changing as mills get quicker or raw material gets more expensive or labor goes up...I agree in theory that for a 100% identical product, forged should have a slight strength advantage. But I've also never actually seen this proven with test data, same design, 100% apples to apples. You know, but maybe for some other readers, obviously forging is generally used because it's a lot faster than machining from plate or bar: it's not used because it's stronger; forging is generally used because it's cheaper to do with a high quantity item. You can forge a crankshaft, connecting rod, wrench.... a lot faster than you can fully machine one, even with using a water jet or a laser on plate for wrenches or connecting rods.
The Tekton wrenches are weaker than SO per their graphs, but they're also slimmer, and Tekton's are made from 4140. Making them from 4340 would give a strength advantage over 4140 but at a higher cost.
Yes I am a GA (general aviation... think small propeller driven planes) mechanic and inspector. I also work on cars in my spare time, and honestly you probably dont need these for most car work. They may be handy for the occasional fastener that a regualr wrench just cant quite reach, but beyond that you probably dont need them.OK so nobody has answered my question which is: do these have a purpose in automotive repair. A member named AirMech (which I assume means he's an airplane mechanic) says he uses them constantly on hydraulic fittings. Well my Porsche doesn't have any hydraulic fittings other than it's brake lines and for those I use flair nut wrenches. I don't work on Cat bulldozers, airplanes, farm equipment or any of that out in the country type stuff so what value do these have in automotive repair?
If you can’t figure out a use for them then you probably don’t need them, pretty obvious? They are very useful for machinery and pipe/flange workOK so nobody has answered my question which is: do these have a purpose in automotive repair. A member named AirMech (which I assume means he's an airplane mechanic) says he uses them constantly on hydraulic fittings. Well my Porsche doesn't have any hydraulic fittings other than it's brake lines and for those I use flair nut wrenches. I don't work on Cat bulldozers, airplanes, farm equipment or any of that out in the country type stuff so what value do these have in automotive repair?