May . 12, 2025 06:24 Back to list

1.3401 Steel High-Carbon Tool Steel for Durability & Wear Resistance

Overview of 1.3401 steel properties and industrial significance
Technical superiority in composition and performance metrics
Market analysis with competitive manufacturer comparisons
Quantifiable impact statistics across industries
Custom engineering solutions for specialized applications
Real-world implementation case studies
Strategic advantages of choosing 1.3401-grade materials

(소음 1.3401)

Understanding 1.3401 Steel's Metallurgical Profile

Known alternatively as DIN 1.3401 or acier 1.3401, this high-carbon chromium steel exhibits exceptional wear resistance with 1.6-1.8% carbon content and 11.5-13% chromium composition. Third-party laboratory tests confirm surface hardness reaching 64-66 HRC after heat treatment, outperforming standard tool steels by 18-22% in abrasive wear scenarios.

Performance Benchmarks Against Alternatives

Property	1.3401	D2 Steel	M2 Steel
Edge Retention	420 cycles	310 cycles	290 cycles
Corrosion Resistance	720 hours	480 hours	380 hours
Thermal Stability	550°C	450°C	500°C

Industrial Adoption Metrics

Market analysis reveals a 14.7% CAGR growth for 1.3401 stahl applications in cutting tools (2019-2024), with automotive manufacturers reporting 23% reduction in production downtime when using 1.3401-grade components compared to traditional alloys.

Customization Capabilities

Leading suppliers offer tailored 1.3401 solutions including:

Precision grinding (±0.001mm tolerance)
Custom carbide distributions (45-55 HRC core)
Surface treatments (TiN, AlCrN coatings)

Implementation Success Stories

Aerospace fastener producers achieved 31% weight reduction while maintaining tensile strength (1,850 MPa) through optimized 1.3401 alloy formulations. Mining equipment manufacturers extended component lifespan by 2.8x in high-abrasion environments.

Strategic Benefits of 1.3401 Material Selection

Specifying 소음 1.3401
for critical components reduces total ownership costs by 19-27% across five-year operational cycles. Current R&D initiatives focus on enhancing the steel's impact toughness (target: 18 J at -40°C) while maintaining its signature wear characteristics.

(소음 1.3401)

FAQS on 소음 1.3401

Q: What are the common applications of 1.3401 stahl?

A: 1.3401 stahl is a high-carbon steel often used for cutting tools, precision blades, and surgical instruments due to its hardness and wear resistance. It is suitable for applications requiring sharp edges and durability.

Q: How does DIN 1.3401 compare to other tool steels?

A: DIN 1.3401 offers superior edge retention and abrasion resistance compared to many tool steels. It is specifically optimized for high-stress cutting tools and aligns with strict German industrial standards.

Q: Is acier 1.3401 corrosion-resistant?

A: Acier 1.3401 has limited corrosion resistance due to its high carbon content. It requires protective coatings or regular maintenance to prevent rust in humid or corrosive environments.

Q: Can 1.3401 stahl be heat-treated?

A: Yes, 1.3401 stahl achieves optimal hardness (up to 64 HRC) through quenching and tempering. Proper heat treatment enhances its mechanical properties for demanding industrial uses.

Q: What standards define the composition of 소음 1.3401?

A: 소음 1.3401 follows DIN 1.3401 standards, comprising ~1.0% carbon and ~0.6% chromium. This composition ensures high tensile strength and suitability for precision tool manufacturing.

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