An engineering-grade Nylon Stock Sheet that serves as a lightweight, noise-reducing alternative to metal. Ideal for machining custom wear pads, gears, and self-lubricating bearings.
| Standard | ISO 9001 |
| Material | Nylon |
| Finish | Passivated |
| Grade | N/A |
| Thickness | 0.774" |
| Length | 21" |
| Width | 32" |
Constructed from highly crystalline engineering-grade Nylon polymer, this stock sheet provides excellent chemical resistance against harsh solvents, oils, and alkalis, paired with an incredibly low coefficient of dynamic friction. The highly precise 0.774-inch thickness is perfectly optimized for milling robust, thick mechanical components that require both dimensional stability and high impact resistance. Measuring exactly 21 inches by 32 inches, and manufactured under strict ISO 9001 guidelines, this sheet ensures a consistent molecular weight distribution, eliminating internal voids or weak points across the entire surface. This makes it an invaluable, lightweight, and noise-reducing alternative to traditional metals when fabricating custom wear pads, interlocking gears, conveyor guides, and heavy-duty self-lubricating industrial bearings.
This component strictly adheres to the tolerances, material specifications, and quality benchmarks set by the world's leading industrial manufacturers.
1. When machining, use sharp, high-speed steel or carbide tooling to prevent melting. 2. Ensure adequate coolant is applied during high-RPM milling operations. 3. Secure machined parts using mechanical fasteners, accounting for nylon's natural thermal expansion coefficient.
| Standard System | Designation |
|---|---|
| ISO Equivalent | ISO 9001:2015 Mfg |
| DIN Equivalent | Industry Standard |
| Primary Standard | ISO 9001 |
| Tensile Strength | Standard Commercial Spec |
| Yield Strength | Standard Commercial Spec |
| Hardness | Varies by specific batch |
| Size / Type | Est. Weight (lbs/100) | Shipping Weight (kg) |
|---|---|---|
| Standard | Varies by dimension | Contact Sales |
| Environment | Rating |
|---|---|
| Indoor / Dry | Excellent |
| Outdoor / Exposed | Moderate |
| Marine / Saltwater | Not Recommended |
| Chemical / Acidic | Not Recommended |
| ❌ Mistake | ✅ Correct Approach |
|---|---|
| Using dull cutting tools leading to material melting | Nylon requires high-speed, razor-sharp carbide tools. Consider using air or mist coolants to keep the tool bit cold during high-RPM operations. |
| Ignoring thermal expansion during bolting | Nylon expands and contracts significantly more than steel. Drill slightly oversized clearance holes for bolts to allow the material to flex naturally. |
A: Nylon performs exceptionally well up to approximately 210°F (99°C). For higher temperatures, consider PTFE or PEEK alternatives.
A: Yes, standard metal-working tools work well, provided they are very sharp to prevent heat buildup and melting of the polymer.
Conversion factor: 1 ft-lb ≈ 1.356 Nm
| Status | Mating Component | Standard | Torque Spec | Engineering Notes |
|---|---|---|---|---|
| No verified compatibility data found for this component. | ||||