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    139 Products

    Compression Springs

    Image of Product. Front orientation. Compression Springs.
    Squeeze these springs and they’ll push right back to their original length. When compressed, they apply steady pressure to keep components securely in place. Release the pressure and they snap back instantly, just like the tip of a ballpoint pen.
    Spring Steel—Strong and resilient, but best suited for dry environments since moisture will cause these springs to rust.
    Corrosion-Resistant 302 Stainless Steel—Won’t corrode from exposure to moisture and mild chemicals, including ammonia often found in cleaning solutions. These springs are easier to compress than steel, but can’t handle as high a load.
    Highly Corrosion-Resistant 316 Stainless Steel—Our most corrosion-resistant stainless steel springs won't degrade when exposed to salt water and harsh chemicals. They're easier to compress than steel, but can’t handle as high a load.
    Lg.
    OD
    ID
    Wire
    Dia.
    Compressed Lg.
    @ Max. Load
    Max. Load,
    lb.
    Spring Rate,
    lbf/in
    End Type
    Pkg.
    Qty.
    Pkg.
    Spring Steel
    0.375"0.12"0.088"0.016"0.215"1.811Closed120000000000000
    0.375"0.125"0.093"0.016"0.195"1.911Closed12000000000000
    0.375"0.148"0.106"0.021"0.225"3.221Closed12000000000000
    0.375"0.148"0.112"0.018"0.225"1.49.6Closed12000000000000
    0.375"0.148"0.12"0.014"0.185"15.2Closed12000000000000
    0.375"0.18"0.132"0.024"0.225"3.926Closed and Ground120000000000000
    0.375"0.18"0.144"0.018"0.185"1.79.2Closed12000000000000
    0.375"0.18"0.152"0.014"0.145"0.93.9Closed12000000000000
    0.375"0.21"0.158"0.026"0.205"4.225Closed and Ground120000000000000
    0.375"0.21"0.166"0.022"0.175"2.613Closed and Ground120000000000000
    0.375"0.21"0.174"0.018"0.155"1.56.9Closed12000000000000
    0.375"0.24"0.176"0.032"0.245"6.652Closed and Ground120000000000000
    0.375"0.24"0.196"0.022"0.158"2.612Closed and Ground500000000000
    0.375"0.24"0.204"0.018"0.155"1.35.9Closed12000000000000
    0.375"0.3"0.23"0.035"0.225"6.946Closed and Ground120000000000000
    0.375"0.3"0.244"0.028"0.195"3.721Closed and Ground120000000000000
    0.375"0.3"0.256"0.022"0.115"1.97.3Closed and Ground120000000000000
    0.375"0.36"0.27"0.045"0.245"1190Closed and Ground120000000000000
    0.375"0.36"0.296"0.032"0.195"4.525Closed and Ground120000000000000
    0.375"0.36"0.302"0.029"0.175"3.417Closed and Ground120000000000000
     
    Corrosion-Resistant 302 Stainless Steel
    0.375"0.12"0.088"0.016"0.255"1.19.7Closed600000000000
    0.375"0.125"0.093"0.016"0.305"1.116Closed600000000000
    0.375"0.18"0.144"0.018"0.205"1.27.6Closed6000000000000
    0.375"0.24"0.196"0.022"0.21"1.710Closed and Ground500000000000
    0.375"0.3"0.256"0.022"0.215"1.27.6Closed600000000000
     
    Highly Corrosion-Resistant 316 Stainless Steel
    0.375"0.088"0.064"0.012"0.242"0.745.6Closed50000000000000
    0.375"0.088"0.068"0.01"0.216"0.432.7Closed50000000000000
    0.375"0.12"0.096"0.012"0.22"0.523.4Closed50000000000000
    0.375"0.12"0.1"0.01"0.195"0.31.7Closed50000000000000
     

    Tight-Space Compression Springs

    Image of Product. Front orientation. Contains Annotated. Compression Springs.
    Fit into the tightest spots with full compression. These conical springs nest their coils inside each other as they compress, shrinking to about two wire widths. You'll often find them in battery holders and push-button switches.
    Corrosion-Resistant 302 Stainless Steel—Won’t corrode from exposure to moisture and mild chemicals, including ammonia often found in cleaning solutions. These springs are easier to compress than steel, but can’t handle as high a load.
    OD
    ID
    Lg.
    (A)
    (B)
    (A)
    (B)
    Wire
    Dia.
    Compressed Lg.
    @ Max. Load
    Max. Load,
    lb.
    Spring Rate,
    lbf/in
    End
    Type
    Pkg.
    Qty.
    Pkg.
    Corrosion-Resistant 302 Stainless Steel
    0.375"0.42"0.156"0.362"0.098"0.029"0.06"4.213Closed1000000000000
    0.375"0.48"0.188"0.41"0.118"0.035"0.07"6.421Closed100000000000
    0.375"0.48"0.218"0.416"0.154"0.032"—Not Rated14Closed1000000000000
    0.375"0.48"0.25"0.422"0.192"0.029"0.06"2.78.5Closed3000000000000
    0.375"0.6"0.25"0.51"0.16"0.045"—Not Rated32Closed1000000000000
    0.375"0.6"0.281"0.516"0.197"0.042"—Not Rated23Closed1000000000000
    0.375"0.6"0.312"0.52"0.232"0.04"—Not Rated19Closed1000000000000
    0.375"0.6"0.313"0.524"0.237"0.038"0.08"4.214Closed100000000000
    0.375"0.72"0.312"0.61"0.202"0.055"—Not Rated44Closed1000000000000
    0.375"0.72"0.375"0.622"0.277"0.049"0.1"7.226Closed100000000000
     

    Extension Springs

    The farther you stretch these springs, the harder they pull to bring the two ends back together. They're commonly used to tension cable, return an air cylinder to its starting point, or hold a door closed.
    Loop End—The most secure attachment method. With fully closed loops, there's no risk of slipping off.
    Hook End—Hook into closed holes, such as hanger bolt eyes. These springs work best when kept under tension, as they're more likely to slip off than loop-end springs when tension is released. Also known as machine hook ends.
    Spring Steel—Strong and resilient, but best suited for dry environments since moisture will cause these springs to rust.
    Corrosion-Resistant 302 Stainless Steel—Won’t corrode from exposure to moisture and mild chemicals, including ammonia often found in cleaning solutions. These springs are easier to extend than steel, but can’t handle as high a load.
    Highly Corrosion-Resistant 316 Stainless Steel—Our most corrosion-resistant stainless steel springs won't degrade when exposed to salt water and harsh chemicals. They're easier to extend than steel, but can’t handle as high a load.
    Minimum Load—The amount of force required to start extending the spring.
    Maximum Load—The amount of force required to fully extend the spring.
    Load,
    lb.
    Lg.
    OD
    Wire
    Dia.
    Extended Lg.
    @ Max. Load
    Min.
    Max.
    Spring Rate,
    lbf/in
    Pkg.
    Qty.
    Pkg.
    Loop End
    Image of Product. Front orientation. Extension Springs. Loop End.
     
    Spring Steel
    0.375"0.063"0.007"0.93"0.030.320.5500000000000000
    0.375"0.063"0.008"0.75"0.040.451.150000000000000
    0.375"0.063"0.009"0.65"0.060.622.150000000000000
    0.375"0.063"0.011"0.55"0.11.095.950000000000000
    0.375"0.094"0.01"0.84"0.050.61.250000000000000
    0.375"0.094"0.011"0.72"0.060.71.950000000000000
    0.375"0.094"0.012"0.66"0.113.250000000000000
    0.375"0.094"0.013"0.6"0.11.154.650000000000000
    0.375"0.094"0.014"0.57"0.171.57.150000000000000
    0.375"0.094"0.016"0.52"0.192.1514.250000000000000
    0.375"0.12"0.016"0.57"0.21.67.950000000000000
    0.375"0.12"0.018"0.52"0.22.214.450000000000000
     
    Corrosion-Resistant 302 Stainless Steel
    0.375"0.063"0.008"0.75"0.030.370.923000000000000
    0.375"0.063"0.009"0.65"0.050.521.7530000000000000
    0.375"0.094"0.01"0.84"0.040.5130000000000000
    0.375"0.094"0.011"0.72"0.050.581.5830000000000000
    0.375"0.094"0.012"0.66"0.080.832.6730000000000000
    0.375"0.094"0.013"0.6"0.080.963.8330000000000000
    0.375"0.094"0.016"0.52"0.161.7911.8330000000000000
    0.375"0.12"0.016"0.57"0.171.336.5850000000000000
    0.375"0.12"0.018"0.52"0.171.83125000000000000
     
    Highly Corrosion-Resistant 316 Stainless Steel
    0.375"0.094"0.01"0.57"0.040.23120000000000000
    0.375"0.094"0.011"0.54"0.050.311.5820000000000000
    0.375"0.094"0.014"0.47"0.140.655.9120000000000000
    0.375"0.109"0.014"0.478"0.110.514.691000000000000
    0.375"0.12"0.016"0.47"0.170.756.5820000000000000
     
    Hook End
    Image of Product. Front orientation. Extension Springs. Hook End.
     
    Corrosion-Resistant 302 Stainless Steel
    0.375"0.094"0.01"0.673"0.050.360.101000000000000
    0.375"0.094"0.012"0.559"0.10.612.781000000000000
    0.375"0.094"0.014"0.5"0.170.966.171000000000000
     
    Highly Corrosion-Resistant 316 Stainless Steel
    0.375"0.063"0.008"0.745"0.040.451.15000000000000
    0.375"0.063"0.011"0.551"0.11.145.95000000000000
    0.375"0.078"0.008"0.973"0.040.390.59500000000000
    0.375"0.078"0.011"0.671"0.091.033.175000000000000
    0.375"0.094"0.012"0.655"0.113.25000000000000
    0.375"0.094"0.016"0.521"0.192.2614.2500000000000
    0.375"0.109"0.012"0.77"0.090.922.15000000000000
    0.375"0.109"0.014"0.659"0.131.464.695000000000000
     

    Plastic Compression Springs

    Image of Product. Front orientation. Compression Springs. Plastic Compression Springs.
    Not just any ordinary plastic—these springs are made from Ultem PEI, which is nonmagnetic, nonconductive, and ultra chemical resistant. That makes them a common choice for sensitive imaging systems, where magnetic parts could interfere with performance. They’re also good for areas where stray electrical currents pose a risk. And unlike many metal springs, they won’t break down when exposed to strong acids or weak bases.
    Wire
    Lg.
    OD
    ID
    Wd.
    Thk.
    Compressed Lg.
    @ Max. Load
    Max. Load,
    lb.
    Spring Rate,
    lbf/in
    Color
    Material
    End
    Type
    Max. Temp.,
    ° F
    Each
    0.375"0.35"0.186"0.082"0.03"0.162"0.783.7RedUltem PEIClosed34000000000000000
    0.375"0.35"0.186"0.082"0.03"0.162"1.36.1YellowUltem PEIClosed3400000000000000

    Precision Compression Springs

    Image of Product. Front orientation. Compression Springs. Precision Compression Springs.
    Count on these springs when accuracy and repeatability are a must. All are made to tight OD and spring-rate tolerances. They’re often used for metering, measuring, and positioning jobs that require steady pressure or exact movement.
    Spring Steel—Strong and resilient, but best suited for dry environments since moisture will cause these springs to rust.
    Corrosion-Resistant 302 Stainless Steel—Won’t corrode from exposure to moisture and mild chemicals, including ammonia often found in cleaning solutions. These springs are easier to compress than steel, but can’t handle as high a load.
    Highly Corrosion-Resistant 316 Stainless Steel—Our most corrosion-resistant stainless steel springs won't degrade when exposed to salt water and harsh chemicals. They're easier to compress than steel, but can’t handle as high a load.
    Lg.
    OD
    OD Tolerance
    ID
    Wire
    Dia.
    Compressed Lg.
    @ Max. Load
    Max. Load,
    lb.
    Spring Rate,
    lbf/in
    Spring Rate Tolerance,
    lbf/in
    End Type
    Pkg.
    Qty.
    Pkg.
    Spring Steel
    0.375"0.24"-0.003" to 0.003"0.196"0.022"0.158"2.612-0.6 to 0.6Closed and Ground3000000000000
     
    Corrosion-Resistant 302 Stainless Steel
    0.375"0.12"-0.006" to 0.006"0.084"0.018"0.257"1.815.65-0.79 to 0.79Closed and Ground3000000000000
    0.375"0.24"-0.003" to 0.003"0.196"0.022"0.212"1.710.43-0.53 to 0.53Closed and Ground300000000000
     
    Highly Corrosion-Resistant 316 Stainless Steel
    0.375"0.12"-0.006" to 0.006"0.084"0.018"0.257"1.815.65-0.79 to 0.79Closed and Ground3000000000000
    0.375"0.24"-0.01" to 0.01"0.196"0.022"0.242"1.310.43-0.52 to 0.52Closed and Ground30000000000000
     

    Slotted Spring Pins

    Image of Product. Front orientation. Spring Pins. Slotted Spring Pins.
    Image of Product. End View. Side1 orientation. Spring Pins. Slotted Spring Pins.

    End View

    Squeeze these pins into holes and they expand slightly, creating tension to hold parts in place. They are often used as hinge pins and as fasteners for springs and power transmission components. An alternative to dowel pins, they're lighter in weight with a hollow center and don’t need a precise hole. Also known as roll pins.
    Spring Steel—These pins won't deform from stress and vibration. Although they're stronger than stainless steel, they're best for dry environments since moisture will cause them to rust.
    Zinc-Plated Spring Steel—These pins withstand occasional exposure to moisture. However, since friction from moving parts can wear away the finish, they're not ideal for wet environments. While not nearly as corrosion resistant as stainless steel, they are stronger and won’t deform under stress.
    Black-Phosphate-Coated Spring Steel—The dark coating creates both a finished appearance and a barrier against rust that's more durable than clear zinc plating. Stronger than stainless steel, these pins won't deform from stress and vibration.
    Corrosion-Resistant 18-8 Stainless Steel—The choice for wet and outdoor environments, these pins resist rusting. They are strong enough to join most components but won't withstand extreme stress and vibration as well as steel.
    Highly Corrosion-Resistant 316 Stainless Steel—Superior to 18-8 stainless steel, these pins won't degrade when exposed to harsh weather, salt water, and most chemicals. They're strong enough to join most components but won't withstand extreme stress and vibration as well as steel.
    Wear-Resistant 400 Series Stainless Steel—Our most wear-resistant stainless steel pins, these are good for pivoting parts that create a lot of friction. They hold up in environments that experience occasional moisture, but they're not as corrosion resistant as 18-8 and 316 stainless steel.
    Lg.
    For Hole Dia.
    Wall
    Thk.
    Double Shear Breaking
    Strength, lbf
    Min.
    Hardness
    Specs. Met
    Mil. Spec.
    Pkg.
    Qty.
    Pkg.
    Spring Steel
     
    1/16" Diameter
    3/8"0.062" to 0.065"0.012"430Rockwell C43ASME B18.8.2—500000000000000000
     
    5/64" Diameter
    3/8"0.078" to 0.081"0.018"800Rockwell C43ASME B18.8.2—2500000000000000
     
    3/32" Diameter
    3/8"0.094" to 0.097"0.022"1,100Rockwell C43ASME B18.8.2—50000000000000000
     
    1/8" Diameter
    3/8"0.125" to 0.129"0.028"1,800Rockwell C43ASME B18.8.2—50000000000000000
     
    5/32" Diameter
    3/8"0.156" to 0.16"0.032"2,700Rockwell C43ASME B18.8.2—1000000000000000
     
    3/16" Diameter
    3/8"0.187" to 0.192"0.04"4,100Rockwell C43ASME B18.8.2—10000000000000000
     
    Zinc-Plated Spring Steel
     
    1/16" Diameter
    3/8"0.062" to 0.065"0.012"430Rockwell C43ASME B18.8.2—50000000000000000
     
    5/64" Diameter
    3/8"0.078" to 0.081"0.018"800Rockwell C43ASME B18.8.2—25000000000000000
     
    3/32" Diameter
    3/8"0.094" to 0.097"0.022"1,100Rockwell C43ASME B18.8.2—50000000000000000
     
    1/8" Diameter
    3/8"0.125" to 0.129"0.028"1,800Rockwell C43ASME B18.8.2—25000000000000000
     
    3/16" Diameter
    3/8"0.187" to 0.192"0.04"4,100Rockwell C43ASME B18.8.2—10000000000000000
     
    Black-Phosphate-Coated Spring Steel
     
    1/16" Diameter
    3/8"0.062" to 0.065"0.012"400Rockwell C46—MS16562-98500000000000000
     
    Corrosion-Resistant 18-8 Stainless Steel
     
    1/16" Diameter
    3/8"0.062" to 0.065"0.012"250Not RatedASME B18.8.2—1000000000000000
     
    5/64" Diameter
    3/8"0.078" to 0.081"0.018"450Not RatedASME B18.8.2—1000000000000000
     
    3/32" Diameter
    3/8"0.094" to 0.097"0.022"650Not RatedASME B18.8.2—1000000000000000
     
    1/8" Diameter
    3/8"0.125" to 0.129"0.028"1,000Not RatedASME B18.8.2—1000000000000000
     
    5/32" Diameter
    3/8"0.156" to 0.16"0.032"1,600Not RatedASME B18.8.2—500000000000000
     
    3/16" Diameter
    3/8"0.187" to 0.192"0.04"2,400Not RatedASME B18.8.2—500000000000000
     
    1/4" Diameter
    3/8"0.25" to 0.256"0.048"4,100Not RatedASME B18.8.2—5000000000000000
     
    Highly Corrosion-Resistant 316 Stainless Steel
     
    1/16" Diameter
    3/8"0.062" to 0.065"0.012"200Not RatedASME B18.8.2—10000000000000000
     
    3/32" Diameter
    3/8"0.094" to 0.097"0.022"600Not RatedASME B18.8.2—10000000000000000
     
    1/8" Diameter
    3/8"0.125" to 0.129"0.028"1,000Not RatedASME B18.8.2—5000000000000000
     
    Wear-Resistant 400 Series Stainless Steel
     
    1/16" Diameter
    3/8"0.062" to 0.065"0.012"400Rockwell C43—MS16562-19250000000000000
    3/8"0.062" to 0.065"0.012"430Rockwell C43ASME B18.8.2—10000000000000000
     
    5/64" Diameter
    3/8"0.078" to 0.081"0.018"800Rockwell C43ASME B18.8.2—10000000000000000
     
    3/32" Diameter
    3/8"0.094" to 0.097"0.022"1,100Rockwell C43ASME B18.8.2—10000000000000000
     
    1/8" Diameter
    3/8"0.125" to 0.129"0.028"1,800Rockwell C43ASME B18.8.2—1000000000000000
    3/8"0.125" to 0.129"0.028"2,100Rockwell C43—MS16562-219250000000000000
     
    5/32" Diameter
    3/8"0.156" to 0.16"0.032"2,700Rockwell C43ASME B18.8.2—10000000000000000
     
    3/16" Diameter
    3/8"0.187" to 0.192"0.04"4,100Rockwell C43ASME B18.8.2—500000000000000
     

    Press-Fit Catches for Ball-Nose Spring Plungers

    Image of Product. Front orientation. Contains Annotated. Spring Plunger Catches. Press-Fit Catches for Ball-Nose Spring Plungers.
    Press these catches into a hole. A countersunk indentation acts as a stop for ball-nose spring plungers. Also known as ball buttons, they withstand side loads to prevent fixture damage. Made from 440C stainless steel, they're mildly chemical resistant and may be mildly magnetic.
    440C
    Stainless Steel
    For Nose
    Dia.
    Lg.
    OD
    Detent
    Dia.
    Each
    0.188"3/8"0.328"0.164"0000000000000

    Coiled Spring Pins

    Image of Product. Front orientation. Spring Pins. Coiled Spring Pins.
    Image of Product. End View. Side1 orientation. Spring Pins. Coiled Spring Pins.

    End View

    The best spring pins for joining parts exposed to vibration and shock. They're often used in power transmission, automation, and other assemblies with constant motion and sudden starts and stops. Because of their spiral shape, they flex to conform to holes that aren’t perfectly round.
    Spring Steel—These pins won't deform from stress and vibration. Although they're stronger than stainless steel, they're best for dry environments since moisture will cause them to rust.
    Corrosion-Resistant 18-8 Stainless Steel—The choice for wet and outdoor environments, these pins resist rusting. They are strong enough to join most components but won't withstand extreme stress and vibration as well as steel.
    Wear-Resistant 400 Series Stainless Steel—Our most wear-resistant stainless steel pins, these are good for pivoting parts that create a lot of friction. They hold up in environments that experience occasional moisture, but they're not as corrosion resistant as 18-8 and 316 stainless steel.
    Lg.
    For Hole Dia.
    Double Shear Breaking
    Strength, lbf
    Min.
    Hardness
    Specs. Met
    Pkg.
    Qty.
    Pkg.
    Spring Steel
     
    1/16" Diameter
    3/8"0.061" to 0.065"330Rockwell C42ASME B18.8.2100000000000000000
     
    5/64" Diameter
    3/8"0.077" to 0.081"550Rockwell C42ASME B18.8.21000000000000000
     
    3/32" Diameter
    3/8"0.093" to 0.097"750Rockwell C42ASME B18.8.21000000000000000
     
    1/8" Diameter
    3/8"0.124" to 0.129"1,400Rockwell C42ASME B18.8.21000000000000000
     
    3/16" Diameter
    3/8"0.187" to 0.192"3,100Rockwell C43ASME B18.8.2250000000000000
     
    Corrosion-Resistant 18-8 Stainless Steel
     
    1/32" Diameter
    3/8"0.031" to 0.032"Not RatedNot RatedASME B18.8.2250000000000000
     
    0.039" Diameter
    3/8"0.039" to 0.040"Not RatedRockwell C46ASME B18.8.22500000000000000
     
    3/64" Diameter
    3/8"0.047" to 0.048"Not RatedNot RatedASME B18.8.2250000000000000
     
    0.052" Diameter
    3/8"0.051" to 0.053"190Not RatedASME B18.8.22500000000000000
     
    1/16" Diameter
    3/8"0.062" to 0.065"330Not RatedASME B18.8.25000000000000000
     
    3/32" Diameter
    3/8"0.094" to 0.097"600Not RatedASME B18.8.2250000000000000
     
    1/8" Diameter
    3/8"0.124" to 0.129"1,100Not RatedASME B18.8.22500000000000000
     
    Wear-Resistant 400 Series Stainless Steel
     
    1/32" Diameter
    3/8"0.031" to 0.032"90Rockwell C46ASME B18.8.25000000000000000
     
    0.039" Diameter
    3/8"0.039" to 0.040"135Rockwell C46ASME B18.8.22500000000000000
     
    3/64" Diameter
    3/8"0.047" to 0.048"190Rockwell C46ASME B18.8.25000000000000000
     
    0.052" Diameter
    3/8"0.051" to 0.053"250Rockwell C46ASME B18.8.22500000000000000
     
    1/16" Diameter
    3/8"0.061" to 0.065"330Rockwell C46ASME B18.8.2500000000000000
     
    5/64" Diameter
    3/8"0.077" to 0.081"550Rockwell C46ASME B18.8.25000000000000000
     
    3/32" Diameter
    3/8"0.093" to 0.097"750Rockwell C46ASME B18.8.25000000000000000
     
    1/8" Diameter
    3/8"0.124" to 0.129"1,400Rockwell C46ASME B18.8.25000000000000000
     

    Heavy Duty Coiled Spring Pins

    Image of Product. Front orientation. Spring Pins. Heavy Duty Coiled Spring Pins.
    Image of Product. End View. Side1 orientation. Spring Pins. Heavy Duty Coiled Spring Pins.

    End View

    Made of thicker material than our other coiled spring pins, these are about 30% stronger with the same resilience to vibration and shock. They are often used in power transmission, automation, and other assemblies with constant motion and sudden starts and stops. Because of their spiral shape, pins flex to conform to holes that aren’t perfectly round.
    Carbon Steel—These pins won't deform from stress and vibration. Although they're stronger than stainless steel, they're best for dry environments since moisture will cause them to rust.
    Wear-Resistant 400 Series Stainless Steel—Our most wear-resistant stainless steel pins, these are good for pivoting parts that create a lot of friction. They hold up in environments that experience occasional moisture, but they're not as corrosion resistant as 18-8 and 316 stainless steel.
    Lg.
    For Hole Dia.
    Double Shear Breaking
    Strength, lbf
    Min.
    Hardness
    Specs. Met
    Pkg.
    Qty.
    Pkg.
    Carbon Steel
     
    3/32" Diameter
    3/8"0.093" to 0.097"1,100Rockwell C42ASME B18.8.2100000000000000000
     
    1/8" Diameter
    3/8"0.124" to 0.129"2,000Rockwell C42ASME B18.8.210000000000000000
     
    Wear-Resistant 400 Series Stainless Steel
     
    3/32" Diameter
    3/8"0.093" to 0.097"1,100Rockwell C46ASME B18.8.25000000000000000
     
    1/8" Diameter
    3/8"0.124" to 0.129"2,000Rockwell C46ASME B18.8.22500000000000000
     
    3/16" Diameter
    3/8"0.187" to 0.192"4,500Rockwell C46ASME B18.8.22500000000000000
     
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