Compression Springs Wire Dia 0.6mm OD 10mm 304 Stainless Steel Vibration Damping

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Compression Springs Wire Dia 0.6mm OD 10mm 304 Stainless Steel Vibration Damping

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SIZE(CSxODxL): 0.6x10x10mm

QTY(pcs): 10Pcs

Price:

$5.93 USD

Stock:

In stock (500 units), ready to be shipped

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Compression Springs 0.6mm Wire / 10mm OD — Reliable 304 Stainless Steel for Vibration Damping

When a project demands consistent spring force in a compact envelope, finding the right wire diameter and outer diameter combination is critical. Engineers, robotics builders, and DIY makers working with tight tolerances often struggle to source small-diameter compression springs that hold their load rating over thousands of cycles without corroding. These 304 stainless steel compression springs with a 0.6 mm wire diameter and 10 mm outer diameter are engineered to deliver repeatable performance in demanding environments.

Each spring is wound from 304-grade stainless steel wire with a cross-section (CS) of 0.6 mm (approx. 0.024 in) and an outer diameter (OD) of 10 mm (approx. 0.394 in). Free lengths span from 10 mm (0.39 in) up to 305 mm (12.01 in) across the available size variants, giving you the flexibility to match the exact travel and load requirements of your application. End style is typically closed and ground for flat seating.

Typical use cases include vibration damping mounts in electronic enclosures, return-force mechanisms in 3D printer extruder assemblies, valve and actuator springs in small pneumatic or hydraulic circuits, and tension-relief components in robotics joints — all scenarios where a compact, corrosion-resistant compression spring for automation is essential.

⚙️ Compatibility: Suitable for spring guides or bores with inner clearance ≥ 10 mm OD. Verify free length and spring rate against your load requirements before ordering. Multiple quantity options available for prototyping and production runs.

✅ Key Features of These 304 Stainless Steel Compression Springs

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Precise Wire Diameter

0.6 mm (0.024 in) wire cross-section delivers consistent spring rate and predictable deflection across the full compression range.

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Wide Length Selection

Free lengths from 10 mm to 305 mm (0.39 in – 12.01 in) let you match exact stroke and preload requirements without custom tooling.

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304 Stainless Steel Construction

Grade 304 alloy provides strong resistance to oxidation and mild corrosion, suitable for indoor, outdoor, and light-moisture environments.

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Closed & Ground Ends

Flat-ground end coils ensure perpendicular seating, reducing lateral buckling and improving load distribution in guided assemblies.

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Vibration Damping Performance

Optimized coil geometry absorbs and dissipates oscillation energy, making these springs effective for vibration isolation mounts and shock-absorbing fixtures.

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Flexible Pack Quantities

Available in packs from 1 pc to 200 pcs — order the exact quantity needed for prototyping, small-batch production, or stock replenishment.

📐 Technical Specifications — Compression Spring

Material	304 Stainless Steel
Wire Diameter (CS)	0.6 mm (0.024 in)
Outer Diameter (OD)	10 mm (0.394 in)
Inner Diameter (ID)	approx. 8.8 mm (0.346 in)
Free Length (L)	10 mm – 305 mm (see variant options)
End Type	Closed & Ground
Spring Rate	See variant options
Surface Finish	Natural (uncoated)
Coil Direction	Right-hand
Operating Temperature	-196 °C to +300 °C (typical for 304 SS)
Quantity per Pack	1 – 200 pcs (see variant options)

❓ Frequently Asked Questions

How do I choose the right free length for my application?

Measure the distance between the two spring seats in your assembly when fully extended (no load). Select a free length equal to or slightly longer than that distance to ensure the spring is under slight preload when installed. For vibration damping, a preload of 10–20% of the spring's maximum deflection is a common starting point.

What is the spring rate of these 0.6 mm wire / 10 mm OD compression springs?

Spring rate varies with free length — shorter springs are stiffer, longer springs are softer for the same wire and OD. Exact spring rate values depend on the number of active coils in each length variant. If you need a specific rate, please contact us to confirm before ordering.

Are these springs corrosion-resistant enough for outdoor use?

304 stainless steel offers good resistance to atmospheric corrosion and mild moisture. It is suitable for most indoor and sheltered outdoor applications. For marine environments or exposure to chlorides, consider 316 stainless steel instead. These springs are not recommended for prolonged immersion in saltwater.

What bore or guide diameter should I use with a 10 mm OD spring?

For an outer guide (bore), allow at least 0.5–1 mm clearance over the OD — so a bore of 11–11.5 mm is typical. For an inner guide (rod), the rod diameter should be no larger than the inner diameter (approx. 8.8 mm) minus 0.5 mm clearance, so a rod up to approximately 8.3 mm is recommended.

Can I use these springs in a 3D printer or robotics project?

Yes. The compact 10 mm OD and fine 0.6 mm wire make these springs well-suited for extruder return mechanisms, bed leveling assemblies, servo linkages, and lightweight actuator return springs in robotics and automation builds. Select the free length that matches your required travel.

How do I decide between ordering 10 pcs vs. 100 pcs?

For prototyping or testing a single design, a 10–20 pc pack is usually sufficient. For small-batch production runs or to maintain a working stock, 50–100 pcs offers a better per-unit cost. For high-volume production or resale, the 150–200 pc packs provide the lowest per-piece price. Select your quantity in the variant selector above.

What is the maximum compression (solid height) of these springs?

Solid height is approximately equal to the total number of coils multiplied by the wire diameter (0.6 mm). The exact coil count varies by free length variant. As a conservative rule, do not compress the spring beyond 80% of its free length in continuous-duty applications to avoid set (permanent deformation).

🛒 Select your SIZE(CSxODxL) and QTY(pcs) above, then add to cart.