Tungsten Alloy Archery & Fishing Components

Tungsten Alloy Arrow Points & Archery Components

Material: W-Ni-Fe, or Customized

Density: 15.8-18.75 g/cm³

Shape&Size: Per Drawings

Application: Archery, Hunting, Target Shooting

Tungsten Alloy Fishing Components

Material: W-Ni-Fe, or Customized

Density: 15.8-18.75 g/cm³

Type: Flipping Wt, Jig, Nali, Fly Beads, and More

Shape&Size: Per Drawings

Application: Fishing

Tungsten alloy arrow points and archery components are increasingly popular among archers and hunters due to their superior performance characteristics. Tungsten heavy alloys provide a unique combination of density, durability, and precision, making them ideal for enhancing the effectiveness of arrows in various shooting applications.

What are Tungsten Alloy Arrow Points?

Tungsten alloy arrow points are specially designed tips made from tungsten heavy alloys, typically composed of tungsten combined with nickel and iron (WNiFe) or nickel and copper (WNiCu). These arrow points offer several advantages over traditional materials, such as steel or aluminum.

Key Benefits

High Density: Tungsten is significantly denser than other materials used in arrow tips. This high density allows for smaller, more aerodynamic designs without sacrificing weight, leading to improved accuracy and penetration.
Durability: Tungsten alloy arrow points are highly resistant to wear and deformation. This durability ensures that the points maintain their shape and effectiveness over time, even after repeated use.
Precision Engineering: Tungsten alloy points can be manufactured with tight tolerances, ensuring a precise fit on the arrow shaft. This precision contributes to better flight stability and accuracy during shooting.
Reduced Vibration: The dense nature of tungsten helps to dampen vibrations upon impact, resulting in a smoother shooting experience and improved accuracy.

Applications in Archery

Tungsten alloy arrow points are used in various archery applications, including:

Target Shooting: Their high density and precision make tungsten points ideal for target archery, allowing for consistent performance and accuracy.
Hunting: Tungsten alloy tips provide excellent penetration power, making them effective for hunting larger game. Their durability ensures they can withstand the rigors of outdoor use.
3D Archery: In 3D archery competitions, where realistic animal targets are used, tungsten points help achieve the necessary accuracy and impact needed for successful shots.

Other Tungsten Alloy Archery Parts

In addition to arrow points, tungsten alloys are also used in other archery components:

Stabilizers: Tungsten can be used in stabilizers to enhance balance and reduce vibration during shooting.
Weighing Inserts: Tungsten inserts can be added to arrows to adjust weight for optimal performance based on individual shooting styles and preferences.
Bow Weights: Tungsten weights can be used in bow setups to improve stability and control during shots.

Features of Tungsten Heavy Alloys

High Density
High Melting Point
Good Machining Properties
Good Mechanical Properties
Small Dimensions
High Hardness
High Ultimate Tnesile Strength

Easy Cutting
High Elastic Modulus
Non-Poisonous, No Pollution
Strong Corrosion Resistance
Effective Absorption of X-rays and Gamma Rays (30-40% Higher Absorption Efficiency Than Lead)

Tungsten Heavy Alloy Properties

ASTM B777 (MIL-T-21014 / SAE-AMS-T-21014) is a standard specification for Tungsten Heavy Alloys (WHA). The specification is organized into four classes (1-4). Each categorization or classification represents a percentage amount of Tungsten (W) Alloy.

Class 1: W 90%

Class 2: W 92.5%

Class 3: W 95%

Class 4: W 97.5%

Tungsten Heavy Alloy Grade	WHA-17C	WHA-17F	WHA-175	WHA-18C	WHA-18F	WHA-185
ASTM B777; AMS-T-21014 Class	Class 1		Class 2	Class 3		Class 4
Type	Type II & III	Type II & III	Type II & III	Type II & III	Type II & III	Type II & III
AMS 7725C	Type 1	Type 2
Alloy Composition	90WNiCu	90WNiFe	92.5WNiFe	95WNiCu	95WNiFe	97WNiFe
	90% W	90% W	92.5% W	95% W	95% W	97% W
	6% Ni	7% Ni	5.25% Ni	3.5% Ni	3.5% Ni	2.1% Ni
	4% Cu	3% Fe	2.25% Fe	1.5% Cu	1.5% Fe	0.9% Fe
Density (g/cm³)	17	17	17.5	18	18	18.5
Density (lbs/in³)	0.614	0.614	0.632	0.65	0.65	0.668
Hardness (HRC)	24~32	25~32	26~32	27~34	27~34	28~35
Tensile Strength (PSI)	≥94,000	≥110,000	≥110,000	≥94,000	≥105,000	≥100,000
Yield Strength (PSI) 2% OFFSET	≥75,000
Elongation, % in 1”	>2	>5	>5	>2	>3	>2
Proportional Elastic Limit (PSI)	45,000	52,000	46,000	45,000	44,000	45,000
Modulus of Elasticity (PSI)	40 x 10⁶	45 x 10⁶	47 x 10⁶	45 x 10⁶	50 x 10⁶	53 x 10⁶
Coefficient of Thermal Expansion x 10E^-6/°C (20°- 400°C)	5.4	4.8	4.6	4.4	4.6	4.5
Thermal Conductivity (cal/scmK)	0.23	0.18	0.2	0.33	0.26	0.3
Electrical Conductivity (%IACS)	14	10	13	16	13	17
Magnetic Properties	NIL	Slightly Magnetic	Slightly Magnetic	NIL	Slightly Magnetic	Slightly Magnetic

Packaging

Our Tungsten Heavy Alloy products are meticulously tagged and externally labeled, ensuring both efficient identification and rigorous quality control. We prioritize utmost care to prevent any potential damage that may occur during storage or transportation.

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