M14 Threaded Rods | McMaster-Carr

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20,000 psi to 39,999 psi

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83 Products

Threaded Rods

Anchor, connect, or hang components in a wide variety of applications, from mounting I-beams to suspending light fixtures.

Medium-Strength Steel

Image of Product. Front orientation. Threaded Rods. Threaded Rods.

With tensile strengths from 110,000 psi to 125,000 psi, these rods are strong enough for most industrial applications, such as anchoring machinery and connecting pipe flanges. They are about twice as strong as low-strength steel rods. To avoid stripped threads during installation, make sure your nuts are also medium-strength steel.

Zinc-Yellow-Chromate-Plated Steel and Zinc-Plated Steel—The most common choice for areas with occasional exposure to moisture.

Black-Oxide Steel—Typically chosen for their appearance, these rods have a dark, matte coating that creates a finished look. They offer minimal corrosion resistance, so they're best for dry environments.

Steel—Best for dry environments since moisture will cause these rods to rust.

	Lg.	Tensile Strength, psi	Hardness	Specs. Met		Each
Zinc-Yellow-Chromate-Plated Steel







			M14 × 2 mm

			1 m	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	98942A118	000000


			2 m	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	98942A218	00000


			Zinc-Plated Steel







							M14 × 2 mm

							1 m	110,000	Class 8.8	Rockwell C20	DIN 975	99067A257	00000


							Black-Oxide Steel







											M14 × 2 mm

											1 m	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	98942A305	00000


											Steel







															M14 × 1.5 mm

															150 mm	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	95245A236	00000


															300 mm	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	95245A117	00000
															1 m	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 975	95245A203	000000




																	M14 × 2 mm

																	50 mm	125,000	ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	93325A433	0000


100 mm	125,000																ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	93325A434	0000
300 mm	125,000																ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	93325A340	00000
500 mm	125,000																ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	93325A435	00000
1 m	125,000																ASTM Grade B7	Rockwell C35	ASTM A193, DIN 976	93325A210	00000
2 m	125,000	ASTM Grade B7															Rockwell C35	ASTM A193, DIN 976	93325A110	00000

High-Strength Steel

With a tensile strength of 150,000 psi, these rods are strong enough to stabilize steel frameworks and structural supports, such as I-beams. They are about 25% stronger than medium-strength steel rods. To avoid stripped threads during installation, make sure your nuts are also high-strength steel.

Steel—Best for dry environments since moisture will cause these rods to rust.

	Hardness	Specs. Met		Each
Steel







	M14 × 2 mm

	50 mm	150,000	Class 10.9	Rockwell C32	DIN 976	1078N49	000000


	100 mm	150,000	Class 10.9	Rockwell C32	DIN 976	1078N51	00000
	150 mm	150,000	Class 10.9	Rockwell C32	DIN 976	1078N52	00000
	200 mm	150,000	Class 10.9	Rockwell C32	DIN 976	1078N53	00000
	300 mm	150,000	Class 10.9	Rockwell C32	DIN 976	1078N54	00000
	500 mm	150,000	Class 10.9	Rockwell C32	DIN 976	1078N55	00000
	1 m	150,000	Class 10.9	Rockwell C32	DIN 976	1078N15	00000

Extreme-Strength Steel

Our strongest threaded rods have a tensile strength of 170,000 psi to hold up in your most demanding high-stress applications. They're about 20% stronger than high-strength steel rods. To avoid stripped threads during installation, make sure your nuts are also extreme-strength steel.

Steel—Best for dry environments since moisture will cause these rods to rust.

	Hardness	Specs. Met		Each
Steel







	M14 × 2 mm

	50 mm	170,000	Class 12.9	Rockwell C39	DIN 976	1077N353	000000


	100 mm	170,000	Class 12.9	Rockwell C39	DIN 976	1077N36	00000
	150 mm	170,000	Class 12.9	Rockwell C39	DIN 976	1077N39	00000
	200 mm	170,000	Class 12.9	Rockwell C39	DIN 976	1077N398	00000
	300 mm	170,000	Class 12.9	Rockwell C39	DIN 976	1077N449	00000
	500 mm	170,000	Class 12.9	Rockwell C39	DIN 976	1077N45	00000
	1 m	170,000	Class 12.9	Rockwell C39	DIN 976	1077N451	000000

Low-Strength Steel

With a tensile strength of 50,000 psi or 60,000 psi, these rods are often used to suspend light fixtures, cable trays, and conduit from ceilings. They're about half the strength of medium-strength steel rods. To avoid stripped threads during installation, make sure your nuts are also low-strength steel.

Zinc-Plated Steel—The most common choice for areas with occasional exposure to moisture.

Steel—Best for dry environments since moisture will cause these rods to rust.

	Specs. Met	Pkg. Qty.		Pkg.
Zinc-Plated Steel







	M14 × 2 mm

	300 mm	50,000	Rockwell B49	DIN 976	1	94595A225	000000


	1 m	50,000	Rockwell B49	—	1	93000A519	00000
	2 m	50,000	Rockwell B49	—	1	93000A576	00000


	Steel







					M14 × 1.5 mm

					150 mm	50,000	Rockwell B49	DIN 976	1	98861A606	00000


					300 mm	50,000	Rockwell B49	DIN 976	1	98861A550	00000
					1 m	50,000	Rockwell B49	DIN 975	1	98861A336	00000




							M14 × 2 mm

							1 m	50,000	Rockwell B49	—	1	98861A110	00000

Stainless Steel

More corrosion resistant than steel rods and comparable in strength to low-strength steel.

18-8 Stainless Steel—The choice for wet and outdoor environments, these rods resist rust. However, they won't hold up to the harsh chemicals that 316 stainless steel can.

	Specs. Met	Pkg. Qty.		Pkg.
18-8 Stainless Steel







	M14 × 2 mm

	50 mm	70,000	Not Rated	DIN 976	5	93805A649	000000


	100 mm	70,000	Not Rated	DIN 976	1	93805A690	0000
	300 mm	70,000	Not Rated	DIN 976	1	90024A005	00000
	1 m	70,000	Not Rated	DIN 976	1	90024A110	00000
	2 m	70,000	Not Rated	DIN 976	1	90024A465	00000

Threaded on Both Ends Setup Studs

Known as setup studs, these studs withstand sideways forces better than fully threaded studs because they have a strong unthreaded middle. The unthreaded middle also makes more contact with unthreaded holes, creating better alignment than a fully threaded stud.

18-8 Stainless Steel

18-8 stainless steel studs have good chemical resistance and resist rusting in humid, damp, and washdown areas. They may be mildly magnetic.

	Thread, mm
	Lg. (A)	Lg. (B)	Lg., mm	Tensile Strength, psi		Each
M14 × 2 mm



		20	20	60	85,000	92997A334	000000


		35	35	100	85,000	92997A372	00000
		47	47	160	85,000	92997A468	00000

Left-Hand Threaded Rods

Turn these rods to the left to tighten. Use them with left-hand nuts to prevent counterclockwise-moving parts from loosening.

Low-Strength Steel

Steel—Best for dry environments since moisture will cause these rods to rust.

	Specs. Met		Each
Steel







	M14 × 2 mm

	1	50,000	Rockwell B49	DIN 976	98817A401	000000

Ball Screws and Nuts


	Ball Nuts Flange Nut Style C

Internal ball bearings provide smooth low-friction travel in applications that require high speeds, accurate positioning, and repeatable movement. Also known as single-start ball screws and nuts, they have a single thread that runs the length of the screw. They operate with more torque than fast-travel ball screws and nuts. To ensure compatibility, select components that have the same thread direction and size. Ball nuts are furnished with a tube to keep ball bearings in place. Do not remove the tube until you are ready to install the nuts onto the screws.

Ball Screws—Right-Hand Threaded

Travel Distance per Turn—Travel distance per turn, also known as screw lead, is the distance a ball nut moves with one revolution of the ball screw.

Root Diameter—Root diameter indicates the diameter the ball screw will be after machining away the threads.

	Lg., mm	No. of Thread Starts	Travel Distance per Turn, mm	Accuracy for Travel Distance per Turn	Root Dia., mm	Hardness	Tensile Strength, psi	Temp. Range, ° F		Each
Carbon Steel



	M14	500	1	4	±0.210 mm/300 mm	11.5	Rockwell C58	21,000	5 to 175	6624K69	000000


	M14	1,000	1	4	±0.210 mm/300 mm	11.5	Rockwell C58	21,000	5 to 175	6624K71	000000

Platform Ball Nuts—Right-Hand Threaded

Image of Product. Front orientation. Contains Annotated. Ball Screws and Nuts. Ball Screws and Nuts , Platform Nut, Ball Nuts.

Travel Distance per Turn—Travel distance per turn, also known as screw lead, is the distance a ball nut moves with one revolution of the ball screw.

	Lg., mm	Wd., mm	Ht., mm	Ctr. Ht., mm	No. of Thread Starts	Travel Distance per Turn, mm	Hardness	Dynamic Thrust Load Cap., lb.	Max. Backlash, mm	Temp. Range, ° F		Each
Alloy Steel



	M14	35	34	30	13	1	4	Rockwell C58	1,200	0.1	5 to 175	6624K73	0000000

Flange Ball Nuts—Right-Hand Threaded

Style C

Travel Distance per Turn—Travel distance per turn, also known as screw lead, is the distance a ball nut moves with one revolution of the ball screw.

					Flange, mm
	Style	Thread Size	Lg., mm	Dia., mm	Wd.	Ht.	Thk.	No. of Thread Starts	Travel Distance per Turn, mm	Hardness	Dynamic Thrust Load Cap., lb.	Max. Backlash, mm	Temp. Range, ° F		Each
Alloy Steel



		C	M14	40	31	50	37	10	1	4	Rockwell C58	1,200	0.1	5 to 175	6624K72	0000000

Connecting Rods

Designed for use with right-hand threaded rod ends, these rods have right-hand threads on both ends. Use them for remote valve operators, throttle controllers, shifting mechanisms, and virtually any push/pull assembly.

Carbon Steel—Carbon steel rods without a plating are best for dry environments, since moisture will cause them to rust.

18-8 Stainless Steel—18-8 stainless steel rods have good chemical resistance.

Aluminum—Aluminum rods are lightweight and corrosion resistant in wet environments.

				Carbon Steel		18-8 Stainless Steel		Aluminum
	Thread Size	Thread Lg., mm	OD, mm		Each		Each		Each
305 mm Overall Length



		M14 × 2 mm	50	14	6516K237	000000	6516K344	000000	6516K149	000000

Coupling Nuts

Also known as extension nuts, these are commonly used to connect lengths of threaded rod and join threaded parts.

Low-Strength Steel

Rated Grade 2 or lower, these are about half as strong as medium-strength steel coupling nuts. Use them with threaded rods that have a comparable strength rating to avoid stripping threads during installation.

Zinc-Plated Steel—A step up from plain steel, the zinc plating withstands occasional exposure to moisture.

							Each
	Thread Size	Lg., mm	Wd., mm	Threading	Specs. Met		1-9	10-49	50-Up
Zinc-Plated Steel



		M14 × 2 mm	42	22	Fully Threaded	DIN 6334	93355A370	00000	00000	00000

Medium-Strength Steel

These Grade 5 or Class 8 nuts are about twice as strong as low-strength steel coupling nuts. Use them with threaded rods that have a comparable strength rating to avoid stripping threads during installation.

Zinc-Plated Steel—A step up from plain steel, the zinc plating withstands occasional exposure to moisture.

Black-Oxide Steel—A dark, matte coating creates a finished look. Nuts offer minimal corrosion resistance, so they're best for dry environments.

								Each
	Thread Size	Lg., mm	Wd., mm	Fastener Strength Grade/Class	Threading	Specs. Met		1-9	10-49	50-Up
Zinc-Plated Steel



		M14 × 2 mm	42	22	Class 8	Fully Threaded	ASME B18.2.2, DIN 6334	90009A232	000000	000000	000000


		Black-Oxide Steel



				M14 × 2 mm	42	22	Class 8	Fully Threaded	ASME B18.2.2, DIN 6334	90082A117	00000	00000	00000

Corrosion-Resistant Stainless Steel

18-8 Stainless Steel—The choice for wet and outdoor environments, these nuts resist rust. However, they won't hold up to the harsh chemicals that 316 stainless steel can.

Black-Oxide 18-8 Stainless Steel—Typically chosen for their appearance, these nuts have a dark, matte coating to create a finished look. They resist rust in wet and outdoor environments, but won't hold up to the harsh chemicals that 316 stainless steel can.

Highly Corrosion-Resistant 316 Stainless Steel—The most corrosion-resistant stainless steel coupling nuts we offer, these hold up in just about any environment. They won't degrade from exposure to weather, salt water, and most chemicals.

							Each
	Thread Size	Lg., mm	Wd., mm	Threading	Specs. Met		1-9	10-49	50-Up
18-8 Stainless Steel



		M14 × 2 mm	42	22	Fully Threaded	ASME B18.2.2, DIN 6334	93590A311	000000	000000	000000


		Black-Oxide 18-8 Stainless Steel



				M14 × 2 mm	42	22	Fully Threaded	ASME B18.2.2, DIN 6334	93590A327	00000	00000	00000


				Highly Corrosion-Resistant 316 Stainless Steel



						M14 × 2 mm	42	22	Fully Threaded	DIN 6334	90111A341	00000	00000	00000

Round Coupling Nuts

Less bulky than hex coupling nuts, these have a smooth, round body that fits in tight spots. Their finished appearance makes them a common choice for decorative applications. Tighten by hand, or use soft-jaw pliers to avoid marring the outside surface. Also known as extension nuts, they are commonly used to connect lengths of threaded rod and join threaded parts.

Corrosion-Resistant Stainless Steel

18-8 Stainless Steel—The choice for wet and outdoor environments, these nuts resist rust. However, they won't hold up to the harsh chemicals that 316 stainless steel can.

							Each
	Thread Size	Lg., mm	OD, mm	Threading	Specs. Met		1-9	10-Up
18-8 Stainless Steel



		M14 × 2 mm	30	18	Fully Threaded	ASTM A582	90202A116	000000	000000


		M14 × 2 mm	40	18	Fully Threaded	ASTM A582	90202A117	00000	00000

Turnbuckle-Style Connecting Rods

Similar to turnbuckles, these rods have right-hand threads on one end and left-hand threads on the other so you can make a linkage that adjusts for tension. Add right- and left-hand threaded rod ends to build your linkages. Rods have a hex-shaped body so you can adjust them with a wrench.

Note: The end with the left-hand threads is marked with a groove.

Carbon Steel—Carbon steel rods handle higher loads than aluminum and 18-8 stainless steel rods.

18-8 Stainless Steel—18-8 stainless steel rods are corrosion resistant and stand up to chemicals.

				Carbon Steel		18-8 Stainless Steel
	Thread Size	Thread Lg., mm	Hex Size, mm		Each		Each
100 mm Overall Length



		M14 × 2 mm	40	14	8421N34	000000	———	0


		150 mm Overall Length



				M14 × 2 mm	50	14	8421N43	00000	8422N43	000000


				305 mm Overall Length



						M14 × 2 mm	50	14	8421N52	00000	———	0

Internally Threaded Inline Ball Joint Linkages

Use these linkages to create inline pivoting connections. The ball-and-socket design allows the ball stud to swivel. All have a liner (also known as a boot) that not only keeps out contaminants, but also acts as a cushion to reduce vibration. Linkages come lubricated, so you won’t need to lubricate them at installation.

Ball Joint Linkages

Zinc—Zinc linkages will require ongoing lubrication.

	Shank			Ball Stud							Right-Hand Threaded Ball Stud
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	Thread Size	Ctr. Lg., mm	Lg., mm	Max. Ball Swivel	Static Radial Load Cap.	Material	Lubrication		Each
Right-Hand Shank Thread



		M14 × 1.5 mm	45	25	M14 × 1.5 mm	58	22	17°	Not Rated	Zinc	Lubricated	8412K23	000000


		M14 × 2 mm	45	25	M14 × 2 mm	64	28	17°	Not Rated	Zinc	Lubricated	8412K24	00000

Internally Threaded Turnbuckle-Style Connecting Rods

Note: The end with the left-hand threads is marked with a groove.

Carbon Steel—Carbon steel rods generally handle higher loads than aluminum and stainless steel rods.

18-8 Stainless Steel—18-8 stainless steel rods have good corrosion and chemical resistance.

		Each
Carbon Steel







	100 mm Overall Length

	M14 × 2 mm	25	22	8415N34	000000


	18-8 Stainless Steel







					76 mm Overall Length

					M14 × 2 mm	20	22	8416N25	00000

Ball Joint Rod Ends with Grease Fitting

Connect your grease gun to the fitting to lubricate. Made of steel, these rod ends generally handle higher loads than stainless steel, aluminum, and nylon rod ends.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints with Grease Fitting



		M14 × 2 mm	60	36	14	30°	34.8	19	7,900	Carbon Steel	Right Hand, Left Hand	4444T13	000000

Ball Joint Rod Ends

Made of steel, these rod ends generally handle higher loads than stainless steel, aluminum, and nylon rod ends. They don’t come lubricated, so you’ll need to lubricate during installation and on an ongoing basis.

Zinc-Plated Carbon Steel—Zinc-plated steel rod ends provide moderate corrosion resistance.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints



		M14 × 1.5 mm	60	36	14	49°	35	19	6,700	Zinc-Plated Carbon Steel	Right Hand	60645K113	000000


		M14 × 2 mm	60	36	14	30°	35	19	7,900	Zinc-Plated Carbon Steel	Right Hand, Left Hand	60645K983	00000

Internally Threaded Lubrication-Free Ball Joint Rod Ends


Ball Joint Rod End

A carbon fiber-reinforced insert or PTFE liner reduces wear, handles shock loads, and eliminates the need for lubrication. Made of steel, these rod ends generally handle higher loads than stainless steel, aluminum, and nylon rod ends. All are zinc plated, so they resist corrosion for a short time before the finish is consumed and the steel is exposed.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints



		M14 × 1.5 mm	57	27	14	21°	35	19	16,100	Zinc-Plated Chrome-Moly Steel	Right Hand, Left Hand	2458K91	000000


		M14 × 2 mm	57	27	14	21°	35	19	16,100	Zinc-Plated Chrome-Moly Steel	Right Hand, Left Hand	2458K89	00000

Lubrication-Free Ball Joint Rod Ends

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints



		M14 × 1.5 mm	60	36	14	21°	35	19	16,100	Zinc-Plated Alloy Steel	Right Hand, Left Hand	2458K449	000000


		M14 × 2 mm	60	36	14	21°	35	19	16,100	Zinc-Plated Alloy Steel	Right Hand, Left Hand	2458K451	00000

Partially Threaded Rod End Bolts

Create pivoting connections in applications that require high shear strength—the partially threaded shank of these rod end bolts withstands more side force than a fully threaded shank. Also known as swing bolts and eyebolts, they are used to create hinges, turnbuckles, and tie downs. Unlike ball joint rod ends, these rod end bolts are made from a single piece of metal, so they wear down more slowly and have a more controlled swing. However, because they do not have a moving ball joint, they do not compensate for angular misalignment. Made from steel, they are stronger and more wear resistant than stainless steel rod end bolts, but they are not as corrosion resistant.

Black-Oxide Carbon Steel—Rod end bolts with a black-oxide finish have a dark, matte coating that keeps the steel from rusting in dry environments.

DIN 444—Rod end bolts that meet DIN 444 adhere to international dimensional standards, ensuring they are compatible with other parts and tools.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Overall Wd., mm	Shank Threading	Overall Thk., mm	Tensile Strength, psi	Specs. Met		Each
Right-Hand Shank Thread







				Black-Oxide Carbon Steel

				M14 × 2 mm	75	36	14	28	Partially Threaded	16	75,000	DIN 444	3799K713	000000


				M14 × 2 mm	130	36	14	28	Partially Threaded	16	75,000	DIN 444	3799K714	00000

Corrosion-Resistant Ball Joint Rod Ends

Made of stainless steel, these rod ends provide excellent corrosion resistance. A PTFE liner allows smooth ball rotation and eliminates the need for lubrication.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints



		M14 × 2 mm	60	36	14	30°	35	19	5,300	303 Stainless Steel	Right Hand, Left Hand	2988K16	000000

Easy-Adjust Clevis Rod Ends


Clevis Rod End

Make quick adjustments to these rod ends by inserting and releasing the clevis pins without the need to bend them into place. Also called yoke-end linkages, they support pivoting movement along one axis when threaded onto shafts, rods, valve pistons, and other assemblies. All are zinc-plated steel for moderate corrosion resistance.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Jaw Opening Wd., mm	Overall Wd., mm	Jaw Ctr. Lg., mm	Tensile Strength, psi	Includes	Shank Thread Direction	Specs. Met		Each
Zinc-Plated Carbon Steel



		M14 × 2 mm	56	28	14	14	27	28	60,000	Snap-On Spring Clevis Pin	Right Hand	DIN 71752	2448K54	000000

Internally Threaded Ball Joint Rod Ends with Grease Fitting

Connect your grease gun to the fitting to lubricate. These rod ends don’t come lubricated, so you'll need to lubricate during installation and on an ongoing basis. Made of steel, they generally handle higher loads than stainless steel, aluminum, and nylon rod ends.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints with Grease Fitting



		M14 × 2 mm	57	27	14	30°	34.8	19	7,900	Carbon Steel	Right Hand, Left Hand	6536N5	000000

Internally Threaded Corrosion-Resistant Ball Joint Rod Ends

Made of stainless steel, these rod ends provide excellent corrosion resistance. A PTFE liner allows smooth ball rotation and eliminates the need for lubrication.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints



		M14 × 2 mm	57	27	14	30°	35	19	5,300	303 Stainless Steel	Right Hand, Left Hand	2988K36	000000

Long-Life Ball Joint Rod Ends

Seals keep out dirt and an oil-embedded polyester foam insert slowly releases lubricant for a long life. You can remove the insert to add more oil if it starts to run dry. These rod ends have an eyelet and a ball that swivels to support angular misalignment. Made of zinc-plated steel, they have moderate corrosion resistance.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints



		M14 × 1.5 mm	60	36	14	21°	34.8	21	6,700	Zinc-Plated Carbon Steel	Right Hand, Left Hand	5884N33	000000


		M14 × 2 mm	60	36	14	30°	34.8	21	7,900	Zinc-Plated Carbon Steel	Right Hand, Left Hand	5884N34	00000

High-Load Ball Joint Rod Ends

These steel rod ends handle loads that are at least 25% higher than other comparably sized rod ends. PTFE allows smooth rotation and eliminates the need for lubrication.

Nylon/PTFE Insert—Rod ends with Nylon/PTFE insert have a durable, self-sealing insert that reduces wear.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints







				Nylon/PTFE Insert

				M14 × 2 mm	60	36	14	21°	35	19	20,300	Alloy Steel	Right Hand, Left Hand	60745K97	000000

Internally Threaded High-Load Ball Joint Rod Ends

These steel rod ends handle loads that are at least 25% higher than other comparably sized rod ends. PTFE allows smooth rotation and eliminates the need for lubrication.

Nylon/PTFE Insert—Rod ends with Nylon/PTFE insert have a durable, self-sealing insert that reduces wear.

	Shank
	Thread Size	Ctr. Lg., mm	Thread Lg., mm	ID, mm	Max. Ball Swivel	Overall Wd., mm	Overall Thk., mm	Static Radial Load Cap., lb.	Material	Choose a Shank Thread Direction		Each
Ball Joints







				Nylon/PTFE Insert

				M14 × 2 mm	57	27	14	21°	35	19	20,300	Chrome-Moly Steel	Right Hand, Left Hand	4483T93	000000