MicroShield Balanced Impact 50

MicroShield Balanced Impact 50 is crafted to deliver a controlled, safe balance of heat and dispersion for pyrotechnic and training purposes. Designed with 50 mesh-sized iron pellets, it provides non-lethal applications with optimized safety in controlled environments, ideal for training rounds and pyrotechnics. Composed of small, durable steel spheres approximately 0.1 mm in diameter, these pellets feature a low-carbon magnesium alloy, enhancing their durability while reducing the likelihood of unintended ignition. With an apparent density of 4.3 g/cc, this spherical steel powder is approximately 95% individual spheres, with the remaining particles being either spheroid or clusters of multiple spheres. Its uniform, dark gray color ensures easy identification, while its particle size ensures consistent performance for less-lethal use.

Key Features

• 50 mesh iron pellet size for optimal control
• Low carbon magnesium alloy for reduced ignition risk
• Approximately 95% spherical individual particles
• Dark gray color for easy visual identification
• Perfect balance of heat generation and particle dispersion

Product Specifications

utilizing iron particles at a 50 mesh size (approx. 0.297 mm). This configuration optimizes particle spread and retention of kinetic energy to create an effective and humane deterrent for birds over varying ranges. The 50 mesh iron particles offer an improved balance between energy retention and dispersion compared to finer powders, resulting in enhanced coverage without compromising safety.

These loads are structured across multiple shotgun gauges to suit diverse operational needs, whether for close-proximity deterrence or extended reach applications. To provide control over the spread and distance, each load type—light, standard, and heavy—uses calibrated powder charges, maintaining a wide dispersal pattern that maximizes effectiveness while minimizing the risk of harm. The table below details recommended specifications across different gauges:

Bird Deterrent Loads Using 50 Mesh Iron Particles Across Various Gauges

Notes on Each Gauge:

1. 12 Gauge: Best suited for moderate to heavy deterrent loads due to its higher capacity for both powder and particle loads, making it effective at longer ranges.
2. 16 Gauge: A versatile option that offers a good balance between spread and range. Common in European hunting and bird deterrent contexts.
3. 20 Gauge: Known for being lighter and easier to handle, making it suitable for closer-range deterrent applications.
4. 28 Gauge: Ideal for short-range deterrent due to its lower recoil and capacity, typically for distances under 30 meters.

Important Considerations

• Testing and Customization: Load performance can vary based on powder type, shell type, and even environmental conditions. Testing in a controlled environment is essential.
• Safety First: Always consult a reloading manual and verify with experts, especially when using alternative materials like fine iron particles.

This table serves as a starting point; precise adjustments may be necessary depending on the equipment and specific needs. For more details on load specifications, consult reputable reloading sources or professional guidance.

Steel Powder, Spherical Mesh 16

Steel Powder, Spherical Mesh 16 is a high-quality steel powder that is used in various applications such as additive manufacturing, metal injection molding, and welding. This powder is made from spherical steel particles that have a diameter of 16 mesh, which makes it ideal for producing parts with high density and strength. The Steel Powder, Spherical Mesh 16 is also known for its excellent flowability and low oxygen content, which ensures the quality of the final product. Whether you are a manufacturer, engineer, or designer, Steel Powder, Spherical Mesh 16 is a reliable and efficient material that can help you achieve your goals.

Product Specifications:

Target Group:

• Manufacturing companies in the automotive industry
• Construction companies using steel for building projects
• Metalworking companies for welding and fabrication
• Maintenance and repair companies for machinery and equipment
• Research and development institutions for material science
• Industrial laboratories for testing and analysis

Steel Powder, Spherical Mesh 50

This product features low carbon magnesium steel alloy granules. With 95% of the particles shaped as individual spheres, the remaining balance includes spheroids and clusters. The dark gray color and the substantial bulk density of 4.3 g/cc make it ideal for various industrial applications.

Key Features

• Low carbon magnesium steel alloy
• 95% spherical particles
• Apparent bulk density: 4.3 g/cc
• Uniform dark gray color
• Particle diameter: ~0.1 mm

Product Specifications:

Similar Products

• Hardened steel beads, 0.1mm
• Gray spherical metal particles
• Low carbon steel shot, small
• Industrial-grade spheroid pellets
• Magnesium alloy spheres, dense

Steel Powder, Iron Powder, 250 Micron

Coarse steel powder (S100N) is produced from recycled black steel (construction steel) with improved features like dust-free, equal-size, and mostly spherical particles. It demonstrates strong magnetic attraction, has a high flow rate for dispensing from shakers, and is free from organic impurities such as cutting oil. This product is ideal for educational and industrial applications, including magnetism experiments, rust effect creation, and as a plant nutrient for iron supplementation.

Specifications

Applications and Benefits:

• Used as iron filings for magnetism and electromagnetism experiments
• Preferred for educational use due to cleanliness and contamination-free particles
• Creates rust effects in sculptures, concrete, and structures
• Serves as a plant nutrient for iron supplementation
• High flow rate makes it suitable for dispensing from shakers

Caution:

This product may rust over time due to its recycled steel composition. Handle with care and review the Material Safety Data Sheet (MSDS) for safety precautions.

Bronze Powder, Spherical, Light

Prealloyed high-density spherical bronze powder is designed for specialized applications such as flame-spraying, brazing, strip bearings, metal-bonded grinding wheels, cutting tools, and metal injection molding (MIM). It is also suitable for resin-bonded friction components, decorative cold casting, surface engineering, filters, and hydraulic seals.

Product Specifications

Applications and Benefits:

• Flame-spraying applications
• Brazing and welding materials
• Strip bearings
• Metal-bonded grinding wheels
• Cutting tools
• Metal injection molding (MIM)
• Decorative applications, including cold casting
• Resin-bonded friction components
• Surface engineering
• Filters and hydraulic seals

Caution:

Handle with care and follow safety guidelines as detailed in the SDS. Ensure suitability for the intended application before use.

CU118SP Copper Powder, Fine, Spherical

Note: Pure copper powders do not show continuity or conductivity when tested with a multimeter. This might be due to two reasons. One reason is the low voltage used for the test. The other reason is the presence of air and weak contacts between the particles. They will exhibit conductivity with higher voltage, when compacted, and when mixed with some oil or resin to form a paste.

Safety Data Sheet for Copper Powder

Key Features:

• High-purity, high-density spherical copper powder
• Provides high heat conductivity and electrical conductivity
• Suitable for various applications, including cold casting, 3-D printer filaments, metal clay, sintering, green/blue patina and rust effect, preventing mold in concrete, plaster, dry-wall, paint, adhesives, and grout
• Used in the 3D printing process known as Selective Powder Deposition (SPD)
• Particle size distribution with 88% of particles smaller than 44 micron

Product Specifications:

Similar Products:

• Ultra-Fine Copper Powder
• High-Purity Copper Foil
• Copper Wire
• Copper Rod
• Copper Sheet

Copper Powder CU112SP

CU112SP is a super fine, high density, high purity spherical copper powder that provides high heat conductivity and electrical conductivity properties to your products.
Our specification guarantees that at least 95% of this powder are particles smaller than 44 micron. A typical analysis however shows that 99.9% of particles are smaller than 44 micron. Most particles are between 10 micron and 22 micron.
HTS Code: 7406.10.0000.
NMFC: 30743
CAS: 7440-50-8

Applications include cold casting, 3-D printer filaments, metal clay, sintering, Green/ blue patina and rust effect, preventing mold in concrete, plaster,dry-wall, paint, adhesives and grout.
Also used in 3D printing process known as Selective Powder Deposition (SPD)
Old product code: CU155A

Note: Pure copper powders do not show continuity or conductivity when tested with a multimeter. This might be due to two reasons. One reason is the low voltage used for the test. The other reason is the presence of air and weak contacts between the particles. They will exhibit conductivity with higher voltage, when compacted, and when mixed with some oil or resin to form a paste.

Safety Data Sheet for Copper Powder

Key Features

• Super fine, spherical particles
• High density and purity
• Excellent thermal and electrical conductivity
• Consistent particle size distribution
• Versatile applications in industry and art

Product Specifications

Similar Products

• Fine silver powder, high conductivity
• Spherical bronze powder, 3D printing
• Fine aluminum powder, thermal conductivity
• High-purity zinc powder, corrosion resistance
• Spherical titanium powder, lightweight strength

Crucible Tongs

These Crucible Tongs are essential for handling hot crucibles and similar apparatus in laboratory settings. Made from Stainless Steel with corrugated tips, they provide a secure grip. The design includes a durable riveted joint and large finger openings for comfort. Their length is about 10" (254 mm), making them suitable for both professional and home labs.

Key Features:

• Corrugated tips for secure grip
• Durable riveted joint
• Large finger openings for comfort
• Approximately 254 mm in length

Similar Products:

• Ceramic-handled, heat-resistant tongs
• Graphite-constructed, sturdy tongs
• Specialized tongs for beaker handling
• Multipurpose, stainless steel scoopula
• Convenient, manual pipette pump

Caution: Always exercise caution when handling hot apparatus and use appropriate protective equipment.

Crucible Tongs

These Crucible Tongs are essential for handling hot crucibles and similar apparatus in laboratory settings. Made from Stainless Steel with corrugated tips, they provide a secure grip. The design includes a durable riveted joint and large finger openings for comfort. Their length is about 200 mm, making them suitable for both professional and home labs.

Key Features:

• Corrugated tips for secure grip
• Durable riveted joint
• Large finger openings for comfort
• Approximately 200 mm in length

Similar Products:

• Ceramic-handled, heat-resistant tongs
• Graphite-constructed, sturdy tongs
• Specialized tongs for beaker handling
• Multipurpose, stainless steel scoopula
• Convenient, manual pipette pump

Caution: Always exercise caution when handling hot apparatus and use appropriate protective equipment.

MicroShield Fine Control 100

MicroShield Fine Control 100 is engineered to deliver a precise, non-lethal particle dispersion, using high-quality, 100 mesh iron pellets. Each pellet generates minimal impact, creating heat bursts and noise that effectively support wildlife control and safe training exercises. Made from recycled black construction steel, these coarse particles have a high flow rate suitable for dispensing from a shaker. The material is magnetically responsive and rusts naturally over time, making it ideal for environmental science experiments, art installations, and even plant nutrient applications.

The S100N model is an upgraded version, free of dust and with uniform, spherical particles. This premium composition makes it popular in educational settings, particularly in magnetism or electromagnetism experiments, as it is devoid of cutting oils and contaminants. This steel powder's chemical analysis ensures its purity and stability, with specific concentrations of carbon, manganese, and silicon to maintain consistent performance.

Key Features

• 100 mesh iron pellets for minimal impact dispersion
• Safe, non-lethal applications for wildlife and training
• High flow rate for controlled distribution from shakers
• Recycled construction steel; rusts naturally
• Dust-free, uniform, spherical particle design in S100N model
• Versatile in education, art, and plant nutrient uses

Product Specifications

Here’s an table with suggested deterrent loads for several common shotgun gauges (12, 16, 20, and 28) using fine iron particles (100 mesh) for bird deterrent purposes. These configurations are generalized for typical effective ranges and use a combination of lower powder loads to create a wide, non-lethal dispersal pattern that is suitable for scaring birds.

Bird Deterrent Loads Using Iron Particles (100 Mesh) Across Various Gauges

Notes on Each Gauge:

1. 12 Gauge: Best suited for moderate to heavy deterrent loads due to its higher capacity for both powder and particle loads, making it effective at longer ranges.
2. 16 Gauge: A versatile option that offers a good balance between spread and range. Common in European hunting and bird deterrent contexts.
3. 20 Gauge: Known for being lighter and easier to handle, making it suitable for closer-range deterrent applications.
4. 28 Gauge: Ideal for short-range deterrent due to its lower recoil and capacity, typically for distances under 30 meters.

Important Considerations

• Testing and Customization: Load performance can vary based on powder type, shell type, and even environmental conditions. Testing in a controlled environment is essential.
• Safety First: Always consult a reloading manual and verify with experts, especially when using alternative materials like fine iron particles.

This table serves as a starting point; precise adjustments may be necessary depending on the equipment and specific needs. For more details on load specifications, consult reputable reloading sources or professional guidance.

MicroShield Max Disperse 16

MicroShield Max Disperse 16 is designed to deliver broad, safe, and effective wildlife control in various settings. These larger iron pellets, with a 16-mesh particle size, are engineered to disperse over a wide area, creating noise and low-impact deterrence suitable for agricultural and industrial applications. Built from a low-carbon magnesium steel alloy, each pellet measures approximately 0.8 to 1 millimeter in diameter, with about 95% of the particles forming individual spheres, while the remainder are spheroidal clusters. With an apparent density of 4.4 g/cc, this product is dependable for less-lethal control, helping manage wildlife presence safely and effectively.

Key Features

• 16 mesh-sized iron pellets for wide-area coverage
• Low-impact and less-lethal deterrence for wildlife control
• 0.8 to 1 mm diameter for controlled dispersion
• Constructed with low-carbon magnesium steel alloy
• Reliable for use in agricultural and industrial settings
• Apparent density of 4.4 g/cc for effective dispersal

Product Specifications

16 mesh iron particles are optimized to deliver broader coverage with heavier particles (approx. 1.19 mm), achieving an enhanced deterrent effect over larger areas. The larger particle size maintains momentum over increased distances, ideal for settings where extended range is beneficial. Configurations are available across multiple shotgun gauges, ensuring consistent performance across both close and mid-range applications.

With careful calibration, each load type—light, standard, and heavy—incorporates powder charges specifically adjusted to produce controlled dispersal and impact, maximizing deterrence without harm. Below is a detailed table of specifications per gauge, suited to cover effective ranges as specified:

Bird Deterrent Loads Using 16 Mesh Iron Particles Across Various Gauges

Notes on Each Gauge:

1. 12 Gauge: Best suited for moderate to heavy deterrent loads due to its higher capacity for both powder and particle loads, making it effective at longer ranges.
2. 16 Gauge: A versatile option that offers a good balance between spread and range. Common in European hunting and bird deterrent contexts.
3. 20 Gauge: Known for being lighter and easier to handle, making it suitable for closer-range deterrent applications.
4. 28 Gauge: Ideal for short-range deterrent due to its lower recoil and capacity, typically for distances under 30 meters.

Important Considerations

• Testing and Customization: Load performance can vary based on powder type, shell type, and even environmental conditions. Testing in a controlled environment is essential.
• Safety First: Always consult a reloading manual and verify with experts, especially when using alternative materials like fine iron particles.

This table serves as a starting point; precise adjustments may be necessary depending on the equipment and specific needs. For more details on load specifications, consult reputable reloading sources or professional guidance.

Small Steel Shapes (1.5 Oz.)

Small Steel Shapes (1.5 Oz.) is a unique product that contains many different, loose steel shapes that are ideal for experimentation with magnetic fields. These shapes are slightly larger than the very fine iron filings and can be used to measure magnet strength by counting how many of these shapes are attracted to the magnet. This tube is perfect for anyone who is interested in science experiments or simply wants to explore the properties of magnetism. Get your hands on Small Steel Shapes (1.5 Oz.) and discover a whole new world of scientific exploration!

Stainless Steel Electrode

Stainless Steel Electrodes are made of grade 314 stainless steel alloy, which is highly resistant to corrosion due to the content of nickel and chromium in its composition. These electrodes are suitable for various applications that require corrosion-resistant properties.

Small Steel Balls

Polished, hardened steel balls with a diameter of 1/2 inch (about 12 millimeters) for mechanics and magnetism experiments. These balls can be used as a substitute for iron filings for studying the phenomenon of magnetic fields, as they form clusters and chains between unlike poles of magnets. Made of polished, hardened spheres.

Product Specifications:

Similar Products:

• Steel Balls 3/4" Diameter
• Iron Filings
• Magnetic Viewing Film
• Gauss Rifle Kit
• Magnetic Levitation Kit

Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.

CAUTION: These steel balls are small and can pose a choking hazard. Keep out of reach of children and use with caution during experiments.

Perfect for:

• Mechanics and physics enthusiasts
• Science teachers and students
• Magnetism experimenters
• Individuals interested in studying magnetic fields
• People looking for a substitute for iron filings
• Anyone looking for high-quality, polished steel balls

Steel Balls 3/4" Diameter

Steel Balls 3/4" Diameter are small steel balls with a diameter of 3/4 inch (about 18 millimeters) that are commonly used in mechanics and magnetism experiments. These balls are a great substitute for iron filings when studying the phenomenon of magnetic fields, as they form clusters and chains between unlike poles of magnets. Made of polished, hardened spheres, these steel balls are durable and long-lasting. If you're looking for an interesting addition to your experiments or just need some high-quality steel balls, Steel Balls 3/4" Diameter are a great choice.

Steel Powder, Iron Powder, Mesh 100

Coarse steel powder, mesh 100, is produced from recycled black steel (construction steel). It demonstrates strong magnetic attraction, high flow rate for dispensing from shakers, and is free from organic impurities such as cutting oils. This versatile iron powder is clean and preferred by educators for use in science experiments. It is also widely used for creating rust effects in sculptures and concrete, as well as a source of iron as a plant nutrient.

Specifications

Applications and Benefits:

• Used as iron filing for magnetism and electromagnetism experiments
• Preferred by educators for clean and contamination-free experiments
• Creates rust effects in sculptures, concrete, and structures
• Used as a plant nutrient for iron supplementation
• Strong magnetic properties for science and industrial applications

Caution:

This product is made from recycled steel and may rust over time. Handle with care. Review the Material Safety Data Sheet (MSDS) for proper handling and safety precautions.

Steel Wool And Iron Electrodes

Steel Wool And Iron Electrodes are an essential component for welding and metalworking. Made from high-quality steel, these electrodes are designed to provide a strong and durable bond between metals. They are ideal for use in a variety of applications, including automotive repair, construction, and metal fabrication. The steel wool component of the electrodes helps to remove any impurities or rust from the metal surface, ensuring a clean and smooth weld. These electrodes are easy to use and provide a reliable and long-lasting bond. Whether you're a professional welder or a DIY enthusiast, Steel Wool And Iron Electrodes are a must-have for any metalworking project.