high tenacity

USAGE SUMMARY

The phrase "high tenacity" is correct and usable in written English.
It can be used to describe materials or fibers that have a strong resistance to breaking or deformation, often in contexts related to textiles, engineering, or materials science. Example: "The new fabric is made from high tenacity fibers, ensuring durability and longevity even under extreme conditions."

✓ Grammatically correct

Science

Engineering

Materials Science

Human-verified examples from authoritative sources

Exact Expressions

25 human-written examples

Gamma irradiation of high tenacity Nylon 6.6 (Ny 66) and polyester (PET) tyre cords was investigated.

Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms

Polymer fibres with high tenacity and modulus such as Kevlar® are widely used in personal protection applications.

Composites Part B: Engineering

The aim of the present research is evaluating the impact resistance of weft knitted fabrics which are knitted in basic patterns from the high tenacity Nylon 66.

Fashion and Textiles

A methodology is proposed to measure the micro-fiber distribution of high tenacity polypropylene fiber reinforced engineered cementitious composites (HTPP-ECC).

Construction and Building Materials

Filament wounded composite tubes have been obtained using a high tenacity PAN based carbon fibre and a DGEBA epoxy resin cross-linked by an anhydride based curing agent.

Composites Science and Technology

In a loaded seam, polyamide yarns with a distinctive plasticity offer much better energy absorption capacity than high tenacity UHMWPE (Dyneema) threads.

Composite Structures

Human-verified similar examples from authoritative sources

Similar Expressions

35 human-written examples

Cellulose yarns with high moduli and high tenacities were wet spun from the anisotropic solutions.

Polymer

Higher tenacity was marked when the polar interactions were introduced, especially in lower molecular weight cases.

Polymer

It is evident from Fig. 5, that the non-conductive textile components have much higher tenacity values as compared to their counter conductive part.

Fashion and Textiles

Whereas, the samples B2 and B3, which had the AW core and copper covering, showed higher tenacity values than that of sample B1.

Fashion and Textiles

As a result, it was found that the amorphous specimens had higher tenacity and higher permeability of hydrogen than its crystallized form.

Catalysis Today

Expert writing Tips

Best practice

When describing materials in technical specifications, use "high tenacity" to emphasize resistance to breaking under tension, particularly in textiles, polymers, and composites.

Common error

Avoid using "high tenacity" interchangeably with terms like "high strength" or "high modulus" without understanding the specific context. "Tenacity" specifically refers to tensile strength, while "modulus" relates to stiffness. High strength may refer to compressive strength, bending strength, etc. In short be specific of which kind of strength you are referring to.

Linguistic Context

The phrase "high tenacity" functions as an adjectival modifier, specifically describing a quality of a noun, typically a material, fiber, or yarn. It indicates the material's ability to withstand significant tensile stress, as evidenced by Ludwig examples.

Expression frequency: Common

Frequent in

Science

85%

Formal & Business

7%

News & Media

5%

Less common in

Encyclopedias

1%

Reference

1%

Social Media

1%

Ludwig's WRAP-UP

The phrase "high tenacity" is a technical term, predominantly used in scientific and engineering fields to describe materials with exceptional tensile strength. Ludwig AI validates its grammatical correctness and common usage in contexts requiring precision, such as material science and engineering. While "tenacity" alone can refer to personal qualities, "high tenacity" is typically reserved for physical properties. When writing, it's crucial to differentiate "tenacity" from other strength measures, like "modulus" or general "strength", to maintain accuracy. When describing a material, remember that "tenacity" refers to tensile strength. Considering alternative terms like "high strength" or "excellent resilience" can provide further clarification based on the intended meaning.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

High strength

Focuses on the property of being strong, which is a key component of tenacity.

Great durability

Highlights the ability to withstand wear, pressure, or damage, similar to the long-lasting aspect of tenacity.

Excellent resilience

Emphasizes the capacity to recover quickly from difficulties, mirroring tenacity's implication of persistence.

Remarkable endurance

Stresses the ability to sustain prolonged effort or hardship, a facet of tenacity.

Exceptional fortitude

Indicates courage in pain or adversity, linking to tenacity's element of strong-willed persistence.

Superior resistance

Denotes the capability to fight off or withstand something, related to tenacity's inherent strength.

Impressive robustness

Highlights the quality of being strong and healthy; tough and able to withstand hardship, similar to tenacity.

Significant durability

Focuses on how long something will last, a key characteristic of tenacity.

Considerable toughness

Indicates the quality of being strong enough to withstand adverse conditions.

Notable sturdiness

Emphasizes the quality of being strongly built or made.

FAQs

How is "high tenacity" typically used in a sentence?

The phrase "high tenacity" is commonly used to describe materials, especially fibers and yarns, that possess exceptional tensile strength, indicating their ability to withstand significant pulling forces before breaking. For example: "high tenacity nylon is used in seatbelts".

What materials are frequently described as having "high tenacity"?

Materials commonly described as having "high tenacity" include nylon, polyester, carbon fiber, and certain types of polyethylene. These materials are often used in applications requiring durability and resistance to tearing or breaking.

Which is more appropriate in engineering contexts, "high tenacity" or "high strength"?

While both terms indicate a material's ability to withstand force, "high tenacity" specifically refers to tensile strength (resistance to pulling forces), while "high strength" is a broader term encompassing resistance to various types of forces, such as compression, bending, and shear. Use "high tenacity" when tensile strength is the key property you wish to emphasize.

Is it correct to use "high tenacity" to describe a person's character or resilience?

While "tenacity" alone can describe a person's determination, the phrase "high tenacity" is typically reserved for describing the physical properties of materials. To describe a person's strong will, consider using terms like "great perseverance", "exceptional resilience", or "remarkable fortitude".