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14 x 3 3/8 TrussLOK® Engineered Wood Fastener (250) - The TrussLOK® Engineered Wood Fastener is designed for joining multi-ply LVL, LSL and PSL. This fastener was developed with direct input from a leader in engineered wood, Trus Joist®. TrussLOK® is faster, easier and stronger than through-bolts and other structural self-drilling fasteners with similar diameters. TrussLOK® is approved for single-sided installation unlike nails and other screws of similar diameter that need to be installed from both sides. #14 diameter shank.

14 x 5 TrussLOK® Engineered Wood Fastener (250) - The TrussLOK® Engineered Wood Fastener is designed for joining multi-ply LVL, LSL and PSL. This fastener was developed with direct input from a leader in engineered wood, Trus Joist®. TrussLOK® is faster, easier and stronger than through-bolts and other structural self-drilling fasteners with similar diameters. TrussLOK® is approved for single-sided installation unlike nails and other screws of similar diameter that need to be installed from both sides. #14 diameter shank.

7/8-9 x 2 1/4 Hex Cap Screw SS 316 (A4) - 316 stainless steel hex cap screws are manufactured to meet or exceed ASTM F593C. 316 series stainless steel differs from 18-8 by its molybdenum content (2-3%) and a higher nickel content (10-14%). 316 stainless steel has greater corrosion resistance than 18-8 as well as superior strength at high temperatures.

1/4 x 2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1 1/4-12 Nylon Insert Locknut Zinc - Nylon insert locknuts are hex nuts with a nylon-filled collar. When a screw reaches the collar, the threads and nylon form a tight, frictional fit restricting movement of the screw when it is subjected to vibration. Designed to be used with like-material machine screws and bolts, nylon insert locknuts can be reused more times than a two-way reversible nut, however, nylon will begin to deteriorate at temperatures of 150°-350°F so they are not recommended for high temperature service. Typical hardness will reach a maximum of Rockwell C28. Nuts are manufactured to meet a proof load of 90, 000 psi minimum.

1 1/8-7 Nylon Insert Locknut Zinc - Nylon insert locknuts are hex nuts with a nylon-filled collar. When a screw reaches the collar, the threads and nylon form a tight, frictional fit restricting movement of the screw when it is subjected to vibration. Designed to be used with like-material machine screws and bolts, nylon insert locknuts can be reused more times than a two-way reversible nut, however, nylon will begin to deteriorate at temperatures of 150°-350°F so they are not recommended for high temperature service. Typical hardness will reach a maximum of Rockwell C28. Nuts are manufactured to meet a proof load of 90, 000 psi minimum.

8 x 2-1/2 Square Bugle Head CoarseThread Drywall / Decking Screw Yellow Zinc Ideal for interior applications where screw head is not covered. Used to attach wood particleboard Gypsum Board. Square drive for better driveability and prevent camming.(~2, 500 pieces per carton)Approx Weight 23 lbs. Picture may not reflect the actual size of the screw and color may slightly vary.Shipping may be through any carrier of our choice usually UPS or USPS WE CARRY A FULL LINE OF FASTENERS FOR MORE INFORMATIO

7/8-14 Nylon Insert Locknut Zinc - Nylon insert locknuts are hex nuts with a nylon-filled collar. When a screw reaches the collar, the threads and nylon form a tight, frictional fit restricting movement of the screw when it is subjected to vibration. Designed to be used with like-material machine screws and bolts, nylon insert locknuts can be reused more times than a two-way reversible nut, however, nylon will begin to deteriorate at temperatures of 150°-350°F so they are not recommended for high temperature service. Typical hardness will reach a maximum of Rockwell C28. Nuts are manufactured to meet a proof load of 90, 000 psi minimum.

1/4-28 Nylon Insert Locknut Zinc - Nylon insert locknuts are hex nuts with a nylon-filled collar. When a screw reaches the collar, the threads and nylon form a tight, frictional fit restricting movement of the screw when it is subjected to vibration. Designed to be used with like-material machine screws and bolts, nylon insert locknuts can be reused more times than a two-way reversible nut, however, nylon will begin to deteriorate at temperatures of 150°-350°F so they are not recommended for high temperature service. Typical hardness will reach a maximum of Rockwell C28. Nuts are manufactured to meet a proof load of 90, 000 psi minimum.

1 1/4-7 Nylon Insert Locknut Zinc - Nylon insert locknuts are hex nuts with a nylon-filled collar. When a screw reaches the collar, the threads and nylon form a tight, frictional fit restricting movement of the screw when it is subjected to vibration. Designed to be used with like-material machine screws and bolts, nylon insert locknuts can be reused more times than a two-way reversible nut, however, nylon will begin to deteriorate at temperatures of 150°-350°F so they are not recommended for high temperature service. Typical hardness will reach a maximum of Rockwell C28. Nuts are manufactured to meet a proof load of 90, 000 psi minimum.

5/16 Bonded Washer Zinc - Where sealing properties are required, the conical design directs the flow of the elastomeric portion toward the problem areas. Where cushioning or vibration presents a problem, our full-face elastomeric material affords 100% protection. Features Include: Quality elastomeric compounding to meet specifications for elasticity, memory, temperature extremes, chemical, ozone, and sunlight-resistance. Conical design directs flow of facing materials to form a seal conforming to both fastener and sealing surface. Full-face design cushions fragile surfaces and minimizes vibration. Inside diameter sizes for #4 diameter screw to 1-1/2” diameter bolts and corresponding metric range. Typical Dimensions: Metal Thickness is 20 Gauge / ~ 0.030 mils, and rubber thickness is 0.066" nominal. Washer assembly is coined to created a total thickness of 0.120 to 0.140, depending on washer size (before torque is applied). Inside diameter of rubber washer is designed to seal tightly to screw.

3/8 Bonded Washer Zinc - Where sealing properties are required, the conical design directs the flow of the elastomeric portion toward the problem areas. Where cushioning or vibration presents a problem, our full-face elastomeric material affords 100% protection. Features Include: Quality elastomeric compounding to meet specifications for elasticity, memory, temperature extremes, chemical, ozone, and sunlight-resistance. Conical design directs flow of facing materials to form a seal conforming to both fastener and sealing surface. Full-face design cushions fragile surfaces and minimizes vibration. Inside diameter sizes for #4 diameter screw to 1-1/2” diameter bolts and corresponding metric range. Typical Dimensions: Metal Thickness is 20 Gauge / ~ 0.030 mils, and rubber thickness is 0.066" nominal. Washer assembly is coined to created a total thickness of 0.120 to 0.140, depending on washer size (before torque is applied). Inside diameter of rubber washer is designed to seal tightly to screw.

5/32 x 2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/16 x 1 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/8 x 1 1/4 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

3/32 x 1 1/2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/8 x 1 1/2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/4 x 4 1/2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1-8 x 2 Grade 2 Hex Bolt HDG - Grade 2 Hex Bolts are manufactured from low carbon steel, typically 1015-1022.  Our Grade 2 bolting meets or exceeds SAE J429 Grade 2.  Material is manufactured with rolled threads.  Zinc plated material meets or exceeds ASTM F1941.  Typical hardness on diameters of 1/4 to 3/4 inch ranges from HRB 80-100 with diameters over 3/4 inch ranging from HRB 70-100.  Tensile strength on diameters of 1/4 to 3/4 inch up to 6 inches in length will meet or exceed 74, 000 psi.  Diameters over 3/4 inch and longer than 6 inches will meet or exceed 60, 000 psi.

3/16 x 1 3/4 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

5/16 x 1 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

#6 Split Lockwasher Zinc - A coiled, split circular washer with a slightly trapezoidal wire section for use with low and meadium carbon steel bolts and nuts.

1/4 x 6 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/16 x 3/4 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/2 x 5 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/2-13 x 1 Grade 2 Hex Bolt HDG - Grade 2 Hex Bolts are manufactured from low carbon steel, typically 1015-1022.  Our Grade 2 bolting meets or exceeds SAE J429 Grade 2.  Material is manufactured with rolled threads.  Zinc plated material meets or exceeds ASTM F1941.  Typical hardness on diameters of 1/4 to 3/4 inch ranges from HRB 80-100 with diameters over 3/4 inch ranging from HRB 70-100.  Tensile strength on diameters of 1/4 to 3/4 inch up to 6 inches in length will meet or exceed 74, 000 psi.  Diameters over 3/4 inch and longer than 6 inches will meet or exceed 60, 000 psi.

#10 Split Lockwasher Zinc - A coiled, split circular washer with a slightly trapezoidal wire section for use with low and meadium carbon steel bolts and nuts.

1/4 x 1 1/2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

1/4 x 4 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.

5/32 x 1 1/2 Cotter Pin Zinc - These cotter pins consist of a double bodied pin formed from half-round wire, a loop at one end of which provides a head. The finished part has one end of the wire extending beyond the other end, with a chiseled point. Cotter pins are used to anchor various assemblies by insertion into a drilled hole of a shaft or pin and spreading the points to hold the assembly in position. When used with castle or slotted nuts, it becomes a safety locking device. Manufactured from 1005 - 1010 low carbon steel, each prong of the cotter pin will be capable of withstanding being bent back upon itself once with no visible indication of fracture occurring at the point of the bend.