banner (1)

Knurled Precision Shaft - Cheap Pricelist for Quality Components

From my workshop to your production line, I offer Knurled Precision Shaft that stands up to high-load applications. I source from trusted mills with tight tolerances, clean surface finish, and knurl patterns that grip without slip. For OEM or aftermarket projects, these shafts fit standard bore sizes and custom lengths, with easy machining and consistent straightness. If you're hunting for a balance of performance and price, I can offer Cheap pricing options and a straightforward Pricelist to compare specs quickly. I push for short lead times, reliable coatings, and durable wear resistance. I understand your procurement team needs datasheets, tolerances, hardness, and finish options. I provide exact OD/ID tolerances, knurl pitch, and surface hardness, with scalable quantities. Let's streamline your supply chain and reduce downtime. Tell me your target diameter, length, and batch size, and I’ll tailor a quote that matches your budget and QA requirements.

Hot Selling Product

Knurled Precision Shaft Service Delivers Unmatched Quality

Knurled precision shafts deliver reliable grip and torque transfer in demanding assemblies. A focused knurling service blends precise tooling, CNC turning, and tight process controls to produce consistent diameters within tight tolerances. With materials ranging from stainless and alloy steels to aluminum, these shafts suit automotive, electronics, medical, and industrial gear systems. Custom knurl patterns, including straight and diamond types, are adjustable for grip, wear resistance, and finish. Quality is engineered in. Rigorous metrology, inline checks, and traceability ensure each shaft meets spec and hardness. Flexible production scales from prototypes to larger runs with reliable lead times and on-time delivery. Buyers gain clear documentation, export-friendly packaging, and seamless assembly guidance. In a global supply chain, knurled precision shafts with engineering support and strict QC offer a resilient, cost-effective solution.

Knurled Precision Shaft Service Delivers Unmatched Quality
Diameter (mm) Length (mm) Material Knurl Type Knurl Pattern (TPI) Surface Finish (Ra μm) Hardness (HRC) Tolerance (IT) Weight (g) Finish Lot Defect Rate (%) Inspection Date
6 50 AISI 1045 Carbon Steel Single Knurl 24 0.60 52 IT7 12.0 Ground LT-1045-6-01 0.5 2025-11-22
8 60 AISI 4140 Alloy Steel Double Knurl 28 0.55 50 IT7 18.0 Oxidized Black Oxide LT-4140-8-02 0.20 2025-11-28
10 100 AISI 1018 Carbon Steel Single Knurl 24 0.80 40 IT7 62.0 Ground LT-1018-100-03 0.0 2025-11-05
12 75 AISI 1045 Double Knurl 25 0.60 46 IT7 66.7 Nitride Finish LT-1045-12-04 0.15 2025-10-18
4 40 Stainless Steel 304 Cut Knurl 30 0.45 25 IT7 4.0 Passivated LT-304-040-05 0.0 2025-09-12
20 80 Alloy Steel 4340 Double Knurl 24 0.65 52 IT7 197.0 Machined LT-4340-2080-08 0.15 2025-07-25
25 120 Stainless 316 Single Knurl 18 0.65 40 IT7 471.0 Polished LT-316-2512-09 0.05 2025-06-15
6 40 Stainless Steel 304 Cut Knurl 30 0.45 25 IT7 4.0 Passivated LT-304-060-05 0.0 2025-09-12
6 50 Alloy Steel 4340 Single Knurl 24 0.65 52 IT7 195.0 Machined LT-4340-050-06 0.10 2025-07-01
20 150 Stainless Steel 316 Single Knurl 18 0.70 41 IT7 510.0 Polished LT-316-2015-10 0.04 2025-05-20

Related Products

banner (4)

Knurled Precision Shaft Trusted by Pros Now Trending

Data-Driven Insight: Knurled Precision Shaft Trend Analysis

Data Dimension: Monthly Shipments by Knurl Grade (Units: thousands)

Line chart showing monthly shipments (in thousands) for Grade A (blue) and Grade B (orange) knurling shafts over 12 months. 70 60 50 40 30 20 10 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Grade A Grade B

The data dimension behind this chart is Monthly Shipments by Knurl Grade, measured in thousands of units. The chart compares two knurling shaft grades, Grade A (blue) and Grade B (orange), across January through December. From the visual, Grade A starts the year around 30 thousand units and shows a strong upward trend, culminating near 65 thousand by year-end. Grade B also grows, but at a more gradual pace, moving from about 20 thousand to roughly 40 thousand. This separation suggests that higher-precision knurled shafts (Grade A) are experiencing rising demand, potentially driven by stricter tolerances, enhanced surface finishes, or broader adoption in high-reliability applications. The gap between grades narrows somewhat mid-year as Grade B gains pace, possibly indicating increased production allocation to mid-grade parts or a broader customer base. Notably, the most pronounced growth occurs in the second half of the year, which could reflect seasonality in orders or a ramp-up of capacity to meet end-year demand. While informative, the chart aggregates data at the grade level and lacks segmentation by customer, geography, or order size. To deepen insights, merging this dataset with lead times, defect rates, and machine utilization would help quantify efficiency and quality effects. Time-series decomposition and regression analyses could reveal underlying trend components and the drivers of Grade A growth. Practically, manufacturing teams can use these trends to forecast future output, plan maintenance for knurling tools, and align procurement with anticipated demand, ensuring capacity scales with strategic product mix priorities.

Top Selling Products