Retaining Washers

This 316 stainless steel double lock washer is engineered for high-corrosion resistance and secure, permanent fastening in demanding industrial applications. It conforms to the DIN 25201 standard, featuring a double-spring design that provides superior vibration resistance and prevents loosening under load. The washer has a 0.118-inch bore diameter and a 0.02-inch thickness, finished plain for a clean, non-reflective surface. Its durable 316-grade stainless steel construction ensures long-term reliability in harsh chemical and marine environments.

This 316 stainless steel double lock washer is engineered for high-vibration and critical torque applications. It features a DIN 25201 compliant design with a 0.1575" bore and a 0.0315" thickness, providing superior resistance to loosening without damaging mating surfaces. The dual-wave spring action ensures a consistent, reliable pre-load, while the 316 stainless steel material offers excellent corrosion resistance for demanding environments. Supplied in a quantity of 100 per package.

This 316 stainless steel double lock washer is engineered for high-corrosion resistance and secure, vibration-proof fastening in demanding industrial environments. It conforms to the DIN 25201 standard, featuring a 0.197" bore diameter and a thickness of 0.039". The dual-wave design provides superior spring tension and a self-locking action, ensuring reliable performance on shafts and within assemblies without the need for additional locking hardware. Supplied in a plain finish with a package quantity of 100.

This 316 stainless steel double lock washer is engineered for high-vibration and critical torque applications, providing superior resistance to loosening compared to standard washers. Its DIN 25201 compliant design features a double-wave, self-locking construction that maintains a secure hold under dynamic loads. Manufactured from corrosion-resistant 316 stainless steel with a plain finish, it is suitable for demanding environments. The washer has a precise 0.236-inch bore diameter and a 0.039-inch thickness, ensuring a reliable fit and consistent performance in industrial assemblies.

This 316 stainless steel double lock washer is engineered for high-vibration and high-load industrial applications. It features a DIN 25201 compliant double-wave design that provides superior locking force and prevents loosening under dynamic stress. The corrosion-resistant 316 stainless steel material ensures long-term reliability in harsh environments. With a bore diameter of 0.315" and a thickness of 0.031", this washer is supplied in a practical package quantity of 100 for operational efficiency.

This 316 stainless steel double lock washer is engineered to DIN 25201 standards, providing a secure, vibration-resistant fastening solution for demanding industrial applications. The 0.394" bore diameter and 0.039" thickness ensure a precise fit and reliable performance. Manufactured from corrosion-resistant 316 stainless steel with a plain finish, it offers superior durability in harsh environments. The double-locking design creates a prevailing torque, maintaining clamp load and preventing loosening under dynamic loads.

This 316 stainless steel double lock washer is engineered for high-vibration and critical torque applications. It conforms to the DIN 25201 standard, featuring a double-wave design that provides superior spring tension and a self-locking function to prevent fastener loosening. The washer has a 0.472-inch bore diameter and a 0.039-inch thickness, constructed from corrosion-resistant 316 stainless steel with a plain finish for reliable performance in demanding environments.

This 316 stainless steel double lock washer is engineered for high-vibration and high-load industrial applications. Its dual-wave design provides superior locking force, preventing fastener loosening under dynamic stress. The corrosion-resistant 316 material ensures long-term reliability in harsh environments. Each washer features a 0.55-inch bore diameter and a thickness of 0.055 inches, conforming to the DIN 25201 standard for consistent performance and interchangeability.

This 316 stainless steel double lock washer is engineered to DIN 25201 standards, providing a secure, vibration-resistant fastening solution for demanding industrial applications. It features a 0.63-inch bore diameter and a 0.04-inch thickness, offering reliable performance in corrosive environments. The dual-wave design creates a consistent spring force, maintaining clamp load and preventing bolt loosening under dynamic loads. Supplied in a plain finish, these washers are packaged in quantities of 100 for project efficiency.

This 316 stainless steel double-lock washer is engineered for high-vibration and critical torque applications. It conforms to the DIN 25201 standard, featuring a double-spring design that provides superior locking force to prevent fastener loosening. The washer has a bore diameter of 0.709 inches and a thickness of 0.028 inches, constructed from corrosion-resistant 316 stainless steel for durability in demanding environments. Its plain finish ensures reliable performance without galling, making it suitable for industrial machinery, marine hardware, and chemical processing equipment.

This 316 stainless steel double lock washer is engineered to DIN 25201 standards, providing a secure, vibration-resistant fastening solution for demanding industrial applications. The 0.787-inch bore diameter and 0.039-inch thickness ensure a precise fit and reliable performance. Manufactured from corrosion-resistant 316 stainless steel with a plain finish, it offers superior durability in harsh environments. The double-locking design creates a prevailing torque, maintaining clamp load and preventing loosening under dynamic loads.

This 316 stainless steel double lock washer is engineered for high-vibration and critical torque applications. It features a DIN 25201 design with two interlocking rings that provide superior resistance to loosening compared to standard washers. The 0.866" bore diameter and 0.063" thickness ensure a precise fit and consistent load distribution. Manufactured from corrosion-resistant 316 stainless steel with a plain finish, it offers long-term reliability in demanding environments.

This 316 stainless steel double lock washer is engineered for high-corrosion environments and secure, permanent fastening. It features a DIN 25201 design with a 0.945" bore and a 0.063" thickness, providing a reliable, vibration-resistant lock for bolted connections without damaging mating surfaces. The plain finish and non-magnetic 316 alloy ensure excellent chemical resistance and durability in demanding industrial applications. Each package contains 80 washers for bulk project requirements.

This 316 stainless steel double lock washer is engineered for high-vibration and critical torque applications. It features a DIN 25201 compliant double-spring design that provides superior locking force to prevent fastener loosening. The corrosion-resistant 316 stainless steel material ensures long-term reliability in demanding environments. With a bore diameter of 1.42 inches and a thickness of 0.063 inches, it is supplied in a package quantity of 20 for project efficiency.

This 316 stainless steel internal tooth lock washer is engineered to DIN 6798J standards, providing a secure, vibration-resistant lock for fasteners on a 0.157" diameter shaft. Its internal teeth bite into the bearing surface to prevent loosening under dynamic loads. The 0.024" thick washer offers excellent corrosion resistance for demanding environments. Supplied in a plain finish, each package contains 100 pieces for production efficiency.

This 316 stainless steel internal tooth lock washer is engineered to DIN 6798J standards, providing a secure, vibration-resistant lock for fasteners on a 0.197" diameter shaft. The internal teeth bite into the bearing surface to prevent loosening, while the 0.02" thick, plain finish 316 stainless steel construction offers excellent corrosion resistance for demanding industrial environments. Supplied in a bulk quantity of 1000 pieces, this component ensures reliable, long-term performance in critical assemblies.

This 316 stainless steel internal tooth lock washer is engineered for high-corrosion environments and secure, permanent fastening. It conforms to the DIN 6798J standard, featuring a 0.394-inch bore and a thickness of 0.028 inches. The internal teeth bite into both the bearing surface and fastener head, preventing loosening from vibration and rotation. The plain finish and 316-grade stainless steel material provide excellent resistance to chemicals and extreme temperatures, ensuring long-term reliability in demanding industrial applications.

This 316 stainless steel internal tooth lock washer is engineered for high-corrosion resistance and secure, permanent fastening in demanding environments. It conforms to the DIN 6798J standard, featuring a 0.63-inch bore diameter and a 0.04-inch thickness. The internal teeth bite into both the bearing surface and the fastener, preventing loosening from vibration and thermal cycling. Supplied in a plain finish, these washers are packaged in quantities of 100 for industrial maintenance and assembly applications.

This 316 stainless steel spiral wound gasket is engineered for high-pressure sealing applications in piping and flange systems. It features a 1.57-inch bore, a 0.126-inch thickness, and a robust construction of 316 stainless steel windings with a graphite filler, providing reliable performance across pressure classes from PN16 to PN160. The internal centering ring ensures precise alignment during installation. Supplied as a single unit, it is suitable for demanding industrial environments requiring corrosion resistance and thermal stability.

This 3.78-inch bore diameter retaining washer is manufactured from corrosion-resistant 304 stainless steel for durability in demanding industrial environments. The precision-formed design ensures a secure fit on shafts and axles, providing reliable component retention and spacing. Supplied in a package quantity of 25, it offers convenient inventory management for maintenance and assembly operations. Its standard finish and consistent dimensions facilitate straightforward installation and interchangeability.

This 304 stainless steel retaining washer features a 5.19-inch bore diameter and a 0.177-inch thickness, providing a durable and corrosion-resistant solution for shaft retention and component spacing. Its imperial sizing ensures precise fitment, while the standard finish offers reliable performance in demanding industrial environments. The material grade provides excellent strength and longevity, making it suitable for high-load applications. Supplied in a package quantity of eight for project efficiency.

This precision brass retaining washer features a 0.197" bore diameter and a consistent 0.039" thickness, ensuring a reliable fit and secure retention for 0.20" threaded components. Manufactured from industry-standard brass, it provides excellent corrosion resistance and electrical conductivity. The unplated finish is suitable for a wide range of industrial applications. Supplied in a bulk quantity of 1000 pieces, this washer offers cost-effective inventory for high-volume assembly and maintenance operations.

This precision brass retaining washer features a 0.236" bore diameter and a consistent 0.059" thickness, ensuring a reliable fit and spacing for M6 fasteners. Manufactured from brass to meet industry standards, it provides excellent corrosion resistance and electrical conductivity. The soft, malleable material forms a secure, non-marring seal. Supplied in a package quantity of 100, these washers are suitable for electrical grounding, plumbing, and low-friction mechanical assemblies.

This precision brass retaining washer is designed for M6 fasteners, featuring a 0.236" bore and a 0.079" thickness. Manufactured from brass to meet industry standards, it provides reliable corrosion resistance and excellent conductivity in electrical or plumbing assemblies. The plain finish ensures compatibility with various applications. Supplied in a bulk package of 1000 units, it supports efficient inventory management for high-volume production or maintenance operations.