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XAN DayTAN™ Coated Regular Punches - Inch

XAN DayTAN™ Coated Regular Punches - Inch

Regular Punches - Inch with XAN DayTAN™ coating are designed for stable punching performance and improved tool life in die and punch applications. The DAYTON LAMINA standardized part format simplifies identification and procurement.

  • XAN DayTAN™ coated surface supports wear resistance in production punching.
  • Inch-size regular punch geometry for consistent fit in standard tooling setups.
  • DAYTON LAMINA standardized part number format for streamlined selection workflows.
  • Suitable for general die applications requiring repeatable punching results.

Specifications

882 configurations available

Tip shapeD (Shank dia.) (in)Standard [S] Point Length B & L (Length) (coded inch)Alternate [B] Point Length B & L (Length) (coded inch)Alternate [C] Point Length B & L (Length) (coded inch)Alternate [D] Point Length B & L (Length) (coded inch)Alternate [E] Point Length B & L (Length) (coded inch)P Dimension (in)W Dimension (in)R Dimension (in)
H12(0.1250")-150 ~ 400---0.062 ~ 0.1250.062 ~ 0.125-
H12(0.1250")150 ~ 400----0.062 ~ 0.1250.062 ~ 0.125-
H18(0.1875")-150 ~ 500---0.062 ~ 0.18750.062 ~ 0.1875-
H18(0.1875")150 ~ 500----0.062 ~ 0.18750.062 ~ 0.1875-
H25(0.2500")-150 ~ 600---0.062 ~ 0.250.062 ~ 0.0929-
H25(0.2500")-150 ~ 600---0.062 ~ 0.250.093 ~ 0.25-
H25(0.2500")150 ~ 600----0.062 ~ 0.250.062 ~ 0.0929-
H25(0.2500")150 ~ 600----0.062 ~ 0.250.093 ~ 0.25-
H31(0.3125")-150 ~ 600---0.062 ~ 0.31250.062 ~ 0.1249-
H31(0.3125")-150 ~ 600---0.062 ~ 0.31250.125 ~ 0.3125-
H31(0.3125")--175 ~ 600--0.062 ~ 0.31250.062 ~ 0.1249-
H31(0.3125")--175 ~ 600--0.062 ~ 0.31250.125 ~ 0.3125-
H31(0.3125")150 ~ 600----0.062 ~ 0.31250.062 ~ 0.1249-
H31(0.3125")150 ~ 600----0.062 ~ 0.31250.125 ~ 0.3125-
H37(0.3750")-175 ~ 600---0.08 ~ 0.3750.08 ~ 0.1869-
H37(0.3750")-175 ~ 600---0.08 ~ 0.3750.187 ~ 0.375-
H37(0.3750")--175 ~ 600--0.08 ~ 0.3750.08 ~ 0.1869-
H37(0.3750")--175 ~ 600--0.08 ~ 0.3750.187 ~ 0.375-
H37(0.3750")---200 ~ 600-0.08 ~ 0.3750.08 ~ 0.1869-
H37(0.3750")---200 ~ 600-0.08 ~ 0.3750.187 ~ 0.375-
H37(0.3750")175 ~ 600----0.08 ~ 0.3750.08 ~ 0.1869-
H37(0.3750")175 ~ 600----0.08 ~ 0.3750.187 ~ 0.375-
H43(0.4375")--200 ~ 700--0.158 ~ 0.43740.158 ~ 0.1869-
H43(0.4375")--200 ~ 700--0.158 ~ 0.43740.187 ~ 0.4374-
H43(0.4375")---200 ~ 700-0.158 ~ 0.43740.158 ~ 0.1869-
H43(0.4375")---200 ~ 700-0.158 ~ 0.43740.187 ~ 0.4374-
H43(0.4375")200 ~ 700----0.158 ~ 0.43740.158 ~ 0.1869-
H43(0.4375")200 ~ 700----0.158 ~ 0.43740.187 ~ 0.4374-
H50(0.5000")--200 ~ 700--0.158 ~ 0.50.158 ~ 0.1869-
H50(0.5000")--200 ~ 700--0.158 ~ 0.50.187 ~ 0.5-
H50(0.5000")---200 ~ 700-0.158 ~ 0.50.158 ~ 0.1869-
H50(0.5000")---200 ~ 700-0.158 ~ 0.50.187 ~ 0.5-
H50(0.5000")200 ~ 700----0.158 ~ 0.50.158 ~ 0.1869-
H50(0.5000")200 ~ 700----0.158 ~ 0.50.187 ~ 0.5-
H62(0.6250")---225 ~ 700-0.235 ~ 0.6250.25 ~ 0.625-
H62(0.6250")---225 ~ 700-0.235 ~ 0.6250.235 ~ 0.2499-
H62(0.6250")----225 ~ 7000.235 ~ 0.6250.25 ~ 0.625-
H62(0.6250")----225 ~ 7000.235 ~ 0.6250.235 ~ 0.2499-
H62(0.6250")225 ~ 700----0.235 ~ 0.6250.25 ~ 0.625-
H62(0.6250")225 ~ 700----0.235 ~ 0.6250.235 ~ 0.2499-
H75(0.7500")---225 ~ 700-0.235 ~ 0.750.235 ~ 0.3119-
H75(0.7500")---225 ~ 700-0.235 ~ 0.750.312 ~ 0.75-
H75(0.7500")----225 ~ 7000.235 ~ 0.750.235 ~ 0.3119-
H75(0.7500")----225 ~ 7000.235 ~ 0.750.312 ~ 0.75-
H75(0.7500")225 ~ 700----0.235 ~ 0.750.235 ~ 0.3119-
H75(0.7500")225 ~ 700----0.235 ~ 0.750.312 ~ 0.75-
H87(0.8750")---225 ~ 700-0.235 ~ 0.8750.235 ~ 0.3119-
H87(0.8750")---225 ~ 700-0.235 ~ 0.8750.312 ~ 0.875-
H87(0.8750")----225 ~ 7000.235 ~ 0.8750.235 ~ 0.3119-
H87(0.8750")----225 ~ 7000.235 ~ 0.8750.312 ~ 0.875-

Product Guide

🏭Application Scenarios+

Regular punches with XAN DayTAN™ coating are used in mechanical die-and-punch tooling where stable material penetration and repeatable positioning are critical. The coated punch face helps limit abrasive wear during production, supporting consistent punch-through results over extended runs.

  • Automotive and appliance sheet-metal stations: Ideal for standard die sets that punch forms, tabs, and trim features using inch-size regular punch geometry. The DayTAN™ surface is suited to improve punching stability as die cavities cycle.
  • Industrial component bracket fabrication: When multiple tip styles (H, J, K, L, N, O, R, V, X, Y, Z) are selected to match part geometry, the regular punch format helps ensure predictable fit in common punch holder interfaces.
  • General die applications requiring high repeatability: Use when you need repeatable punching results and easier part identification based on standardized DAYTON LAMINA formatting.
🔧Material & Process Details+

These regular punches are manufactured as standardized punch blanks suitable for die-and-punch applications, and they are finished with the DAYTON XAN DayTAN™ coating to enhance wear behavior at the cutting interface.

  • Coating function: The DayTAN™ coated surface is engineered to reduce wear and support punching stability under repeated cycles.
  • Hardness/heat-treatment state: The provided product data does not specify the underlying steel grade, hardness (HRC), or the heat-treatment condition (e.g., quenched & tempered, nitrided). Therefore, those values must be confirmed for exact wear/toughness trade-off analysis.
  • Tip geometry impact: Tip shapes (H, J, K, L, N, O, R, V, X, Y, Z) influence contact area and cutting load distribution, which can affect durability despite similar base materials.
📐Sizing & Selection Guide+

Select dimensions by matching your die cavity/core requirement to the punch geometry code set and shank/interface needs. This series supports D (shank diameter) from 12 to 250 in, so choose the value that matches your punch holder and guided alignment requirements.

  • Tip shape: Choose from H, J, K, L, N, O, R, V, X, Y, Z based on the hole/slot profile to be formed.
  • Length selection (standard/alternate coded inches): Use Standard [S] point length B & L of 150 ~ 250. For alternate configurations, B & L ranges vary by code set, e.g., [B] 150–400/150–500/150–600 or [C] 175–600 and [D] 200–600, etc. Select the coded length that meets stack height and die clearance needs.
  • Cross-section detail checks: Verify P (0.042 ~ 1.625 in), W (0.062 ~ 0.5 in), and R (0.007 in) match the tooling drawing.

Tolerance and fit requirements are not provided in the data; confirm allowable clearances with your punch holder specs before finalizing the selected dimensions.

Frequently Asked Questions

Which tip shapes (H/J/K/L/N/O/R/V/X/Y/Z) are available for this XAN DayTAN™ regular punch series?+
This series lists multiple tip shapes: H, J, K, L, N, O, R, V, X, Y, Z. Select the tip shape based on the hole/feature geometry you are forming in the die station. The coating supports wear reduction at the cutting interface regardless of tip style.
What shank diameter range (D) can be selected for these inch regular punches?+
The D (shank dia.) range is 12 ~ 250 in for this product family. Use your punch holder bore and guided alignment requirements to choose the correct D value before confirming length and tip geometry.
How do I choose the correct point length B & L range for Standard [S] versus alternate [B]/[C]/[D]/[E] coded lengths?+
For Standard [S], point length B & L is 150 ~ 250 (coded inch). Alternate point length options vary by code: [B] offers 150–400, 150–500, 150–600, or 175–600; [C] 175–600 or 200–700; [D] 200–600, 200–700, or 225–700; and [E] 225–700 or 250–700.
What are the available P, W, and R dimension ranges for this regular punch series?+
The series specifies P as 0.042 ~ 1.625 in, W as 0.062 ~ 0.5 in, and R as 0.007 in. Match these against the punch cross-section requirements from your tooling drawings and die design documentation.
Does the provided data specify steel grade, HRC hardness, or heat-treatment for wear/toughness selection?+
No—this dataset does not include the underlying steel grade, HRC hardness, or heat-treatment condition (e.g., quench & temper, nitriding). It only confirms the presence of the DAYTON XAN DayTAN™ coating and the listed dimensional ranges, so those parameters should be verified from the supplier’s technical documentation for material-performance decisions.

Need Custom Specifications?

Our engineering team can help with custom configurations, material selection, and volume pricing.