Compression Spring - 0.3 O.D. x .038 Wire Dia. - 302 SS - Plain - USA - Pkg of 5 - Gardner 36380GS

Gardner Spring 36034G Compression Spring - 0.24 OD x 0.038 x 0.75 Music Wire - Pkg of 5 For demanding applications where reliability is essential. Comprehensive selection of sizes in Music Wire and Type 302 Stainless Steel manufactured to rigid standards under strict tolerances. Music Wire parts are Zinc Plated, Stainless Steel plain; ends are closed and ground. High Carbon Steel Music Wire (ASTM A228) parts are able to be cycled repeatedly and can operate at up to 250°F. Type 302 Stainless Steel springs (AISI 302, ASTM A313) offer greater corrosion resistance and perform well at up ...

Wave Spring - Carbon Steel - 3.917" O.D. - 3.047" I.D. - 0.042" Thick - 0.258" H - USA - Pkg of 1 Wave Springs may be used to reduce axial end play, particularly in ball bearing applications. Wave Springs offer light to medium loads and are designed for applications where limited deflection is required or available. Between 20% and 80% of available deflection the spring rate for Wave Springs is nearly linear. Deflection ideally should not exceed 80%. Wave Springs expand less during loading than Curved Springs. The number of waves is equal to the number of contact points on one side of the ...

Allpoints 8011998 Spring - Compression For Lincoln Manufacturing

Gardner Spring 36047G Compression Spring - 0.3 OD x 0.032 x 1 Music Wire - Pkg of 5 For demanding applications where reliability is essential. Comprehensive selection of sizes in Music Wire and Type 302 Stainless Steel manufactured to rigid standards under strict tolerances. Music Wire parts are Zinc Plated, Stainless Steel plain; ends are closed and ground. High Carbon Steel Music Wire (ASTM A228) parts are able to be cycled repeatedly and can operate at up to 250°F. Type 302 Stainless Steel springs (AISI 302, ASTM A313) offer greater corrosion resistance and perform well at up to ...

Wave Spring - Carbon Steel - 2.645" O.D. - 2.057" I.D. - 0.028" Thick - 0.184" H - USA - Pkg of 1 Wave Springs may be used to reduce axial end play, particularly in ball bearing applications. Wave Springs offer light to medium loads and are designed for applications where limited deflection is required or available. Between 20% and 80% of available deflection the spring rate for Wave Springs is nearly linear. Deflection ideally should not exceed 80%. Wave Springs expand less during loading than Curved Springs. The number of waves is equal to the number of contact points on one side of the ...