Ethan Clarke
There are many different types of hammers, each with unique craftsmanship and functionality. Handles are often constructed from materials like steel, fiberglass, or reinforced plastic for strength and shock absorption. The hammer head can also be made from a variety of materials, including high-carbon steel, alloy steels, and plastic coatings. A plastic-coated hammer is a soft-faced hammer with a replaceable face. It is a good general multi-purpose assembly tool, ideal for when you don't want to damage finished work.
| Characteristics | Values |
|---|---|
| Type | Soft-faced hammer |
| Face | Replaceable, colour-coded to weight and strength |
| Uses | General multi-purpose assembly tool, non-damaging strikes |
| Handle | Steel, fiberglass, reinforced plastic, or wood |
| Applications | Petrochemical, grain production, utilities, hazmat, MRI/NMR, nuclear products, electronic manufacturing, desalination plants, chemical/paper manufacturing, shipyards |
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What You'll Learn
- Plastic hammers are soft-faced and have replaceable faces
- They are non-sparking and non-magnetic, making them safe for petrochemical work
- Plastic-coated handles are used for strength and shock absorption
- Plastic hammers are good general-purpose tools and won't damage surfaces
- They are used in carpentry and DIY
Plastic hammers are soft-faced and have replaceable faces
Plastic hammers are a type of soft-faced hammer with replaceable faces. They are ideal for general multi-purpose assembly as they do not damage the surface of the object being struck. The faces of plastic hammers can be colour-coded to indicate the weight and strength of the hammer, allowing the user to choose the right tool for the job.
Soft-faced hammers, such as those with plastic or copper faces, are designed to be worn out and replaced. They deliver a softer blow that will not damage finished work. For example, a red rubber-faced hammer will not mark woodwork, while a white rubber mallet will not mark light-coloured objects.
Plastic hammers are used in a variety of applications, including petrochemical, grain production (explosive dust), utilities, and hazmat applications. They are also used in MRI/NMR, nuclear products, electronic manufacturing, and other sensitive equipment. In addition, plastic hammers are corrosion-resistant and are used in desalination plants, chemical/paper manufacturing, and shipyards.
The handles of hammers are typically made from materials such as steel, fiberglass, or reinforced plastic for strength and shock absorption. Some handles may also include a non-slip and shock-reducing grip, made from leather or vinyl, which is bonded to the steel or fiberglass handle to make hammering more comfortable.
In summary, plastic hammers are a type of soft-faced hammer with replaceable faces that are designed for general multi-purpose assembly work without damaging the surface of the object being struck. The colour-coded faces indicate the weight and strength of the hammer, and the handles are constructed for strength and shock absorption.
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They are non-sparking and non-magnetic, making them safe for petrochemical work
Plastic hammers are soft-faced hammers with replaceable faces. They are non-sparking and non-magnetic, making them safe for petrochemical work, grain production, utilities, and hazmat applications. They are also used in MRI/NMR, nuclear products, electronic manufacturing, and other sensitive equipment.
The non-sparking property of plastic hammers is crucial for their use in petrochemical work. In the petrochemical industry, sparks can ignite flammable substances, leading to explosions and fires. By using non-sparking tools, workers can reduce the risk of sparks and create a safer work environment. This is especially important when working with volatile substances, such as hydrocarbons, which are commonly found in the petrochemical industry.
The non-magnetic property of plastic hammers is also advantageous in the petrochemical industry. Petrochemical plants often contain sensitive equipment that can be affected by magnetic fields. Non-magnetic tools, like plastic hammers, ensure that workers can interact with this equipment without causing interference or damage. This is crucial for maintaining the integrity of processes and preventing accidents due to equipment malfunction.
Additionally, the soft face of plastic hammers makes them ideal for assembly work and applications where marking or damage to surfaces is a concern. The replaceable faces of plastic hammers come in different colours, each indicating a specific weight and strength. This colour-coding system allows workers to select the appropriate face for their task, ensuring efficiency and precision in their work.
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Plastic-coated handles are used for strength and shock absorption
Plastic-coated handles are commonly found on pliers and screwdrivers used by electricians, linesmen, and HVAC technicians. They are used for their superior strength and shock-absorbing properties. The plastic coating on the handles of these tools acts as an insulator, resisting the flow of electric current and protecting the user from electric shock. This is especially important when working with live wires or electrical components.
The insulating property of plastic-coated handles helps to break the electrical circuit and prevents the user from becoming a part of that circuit, thus averting potential electric shocks. This is similar to the function of insulating materials used on high-voltage wires to prevent accidents. Plastic-coated handles also provide a comfortable grip and prevent slipping, making them ideal for delicate or precise work.
In addition to their electrical insulation properties, plastic-coated handles can also provide protection against corrosion and sparks. For example, non-sparking plastic hammers are used in petrochemical, grain production, utilities, and hazmat applications. Plastic-coated tools can also be used in MRI/NMR, nuclear products, electronic manufacturing, and other sensitive equipment to prevent sparking and corrosion.
The strength and shock absorption of plastic-coated handles make them ideal for a variety of applications. While plastic coating provides electrical insulation, it is important to note that not all plastic coatings provide complete electrical safety. The ASTM F1505 standard specifies that insulated hand tools should retain dielectric properties for voltages less than 1000V ac and 1500 V dc. Therefore, it is crucial to select the appropriate tools with plastic coatings that meet the required safety standards for the specific application.
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Plastic hammers are good general-purpose tools and won't damage surfaces
Plastic hammers are a versatile and adaptable tool that can be used in a wide range of applications, from the workshop to the craft room. They are particularly useful when a task requires precision, gentleness, and a touch of understated strength.
One of the key advantages of plastic hammers is that they are less likely to damage delicate surfaces compared to their steel counterparts. The plastic head absorbs shock, minimizing the risk of damaging sensitive parts. This makes plastic hammers ideal for a variety of tasks, such as assembling furniture, installing intricate components, automotive work, jewellery making, and electronics repair. For example, when tapping car panels back into place or tightening clamps, a plastic hammer can protect the car's surface from scratches and dents.
In addition to their versatility, plastic hammers are also safe to use in certain hazardous environments. Non-sparking plastic hammers are suitable for petrochemical, grain production (explosive dust), utilities, and hazmat applications. Non-magnetic plastic hammers are designed for use in MRI/NMR, nuclear products, electronic manufacturing, and other sensitive equipment. Furthermore, corrosion-resistant plastic hammers are available for use in desalination plants, chemical/paper manufacturing, and shipyards.
Plastic hammers come in various types, each offering different benefits. Dead-blow hammers, filled with sand or shot, deliver a powerful and concentrated strike without damaging the surface. Rubber mallets, on the other hand, provide the softest striking surface and are ideal for delicate work such as shaping and tapping materials. Nylon hammers combine the strength of plastic with the rigidity of nylon, offering a good balance of power and control. Tack hammers, with their small, pointed head and curved claw, are perfect for upholstery and fine woodworking tasks.
Overall, plastic hammers are a valuable addition to any toolbox. They are good general-purpose tools that can be used in a wide range of applications and won't damage delicate surfaces. Whether you're an expert craftsman or a hobbyist, a plastic hammer can be a useful tool to have when precision and gentleness are required.
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They are used in carpentry and DIY
Plastic-coated hammers, also known as dead-blow hammers, are commonly used in carpentry and DIY projects. They are a specialized type of hammer with a plastic coating that offers several advantages for specific tasks.
Dead-blow hammers are designed to transfer a larger percentage of the striking force to the target object. This is because the plastic coating helps prevent energy loss during rebound, allowing for more efficient and effective strikes. This feature makes them particularly useful in carpentry when driving nails or fitting wood joints together, as it reduces the risk of damaging the work surface or the wood being struck.
Additionally, the plastic coating on these hammers provides a protective layer for the materials being struck. This is especially advantageous in carpentry, where it is crucial to avoid marring or damaging wood surfaces. By using a dead-blow hammer, carpenters and DIY enthusiasts can minimize the chances of leaving unsightly marks or indentations on their workpieces.
Dead-blow hammers are often used in carpentry and DIY when a delicate touch is required. For example, when assembling cabinetry, a soft-faced or dual-sided hammer with nylon and rubber heads can be used to avoid damaging the wood. These hammers can also have interchangeable heads, allowing for greater versatility and precision during projects.
For casual DIY enthusiasts, a soft-faced plastic-coated hammer may be the only type of mallet needed in their toolbox. While more serious DIYers or professionals may opt for a range of hammers to suit various tasks, a plastic-coated hammer is a versatile and valuable addition due to its ability to strike without damaging surfaces.
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Frequently asked questions
Plastic-coated hammers are known as soft-faced hammers. They are ideal if you don't want to damage the surface of your workpiece.
Soft-faced hammers are used when you want to strike without damaging the surface of your workpiece. For example, a white rubber mallet won't leave marks on light-coloured objects.
Examples of soft-faced hammers include plastic hammers, copper hammers, and rubber-faced hammers.
Plastic hammers are a type of soft-faced hammer with replaceable faces. The faces can be colour-coded to indicate the weight and strength of the hammer, making them a good general multi-purpose assembly tool.
Other types of hammers include the claw hammer, ball peen hammer, club hammer, and sledgehammer.
