M16 Large Head PVC
M16 large head PVC are Hexagon bolts with a shoulder/ part plain shank, a partially threaded fastener. They are easy to use, versatile & available in a wide range of lengths. PVC is also environmentally friendly, anti-magnetic & rigid. All orders are delivered free of charge by Royal Mail 48 – choose 1st or tracked at checkout for time sensitive shipments.
Zinc plated
This item is zinc coated for added moisture resistance (not waterproof). Zinc M16 large head PVC coating slows down oxidisation of steel, making it more durable in wet conditions. This is ideal for outdoor use or any where there is likely to be a lot of moisture on the screw.
These bolts are commonly used in medium-duty applications such as joining manufacturing parts or repair work, and can be found in a wide range of sizes. They are made from high tensile steel grade 8.8 and are quenched and tempered for increased hardness. They are available in black oxide, zinc plated or zinc yellow finishes, and can also be hot-dipped galvanized for enhanced corrosion protection.
Nuts and bolts are available in many different materials, but the most common is steel. This material is incredibly durable and can withstand a great deal of force, but it can be susceptible to corrosion and rust. To prevent this from occurring, stainless steel bolts are often the preferred option, although these can be more expensive than other types of fasteners.
Rigid
PVC is an ideal material for pipe work because it is durable, versatile and non-toxic. It is resistant to corrosion and can withstand high temperatures and vibration. It is also anti-magnetic and has excellent abrasion resistance. PVC is also resistant to microorganisms commonly found in underground water systems and sewerage systems.
Compared to other metals, PVC has a lower friction coefficient and is much less prone to stress-induced cracking. It is also more flexible than copper and mild steel, making it an ideal material for bending and jointing. It also has good chemical resistance and dimensional stability. PVC is suitable for use in a wide range of applications, including hot and cold water and drainage.
Rigid PVC is available in a range of sizes and can be used for both above-ground and below ground installations. It is available in copper tube size (CTS) or metric industry standards and is WRAS compliant. It is also suitable for drinking water and other industrial applications.
The mechanical properties of PVC depend on the rate and duration of stress application, and they are better defined by creep curves than by modulus data alone. These curves are plotted on logarithmic axes with the stress-strain ratio and temperature as the variables. The resulting stress-strain curve is useful for dimensioning pipes for a range of pressure ratings. However, it must be realised that the ultimate strength of PVC decreases with increasing temperature.
Recyclable
PVC is one of the oldest thermoplastic polymers, and it continues to be produced in great quantities today. It is also recyclable, and can be used for a variety of applications. However, the process of recycling PVC isn’t waterproof connector manufacturer straightforward. In addition, some PVC products may contain harmful substances that can be released into the environment. For this reason, it is important to know how to recycle your PVC properly.
The most effective way to recycle PVC is through mechanical recycling. This involves removing the product’s scraps and other waste materials. The remaining material is then grinded and reprocessed into new items. This method allows for the reuse of a wide range of products, including those with complex structures. However, it’s important to note that plastic materials can only be recycled a certain number of times before their quality declines.
Another option for repurposing PVC is to donate it to a charity. Many organizations like Habitat for Humanity will accept PVC, and the donated material can be used to help people build their homes. Additionally, some organisations will allow you to claim a tax deduction on your donation.
It is also possible to recycle PVC by subjecting it to thermal utilisation, such as gasification or direct combustion in specialised plants. These processes can generate energy and hydrogen chloride, which is then recycled for use in PVC processing. However, it is important to remember that this method can create dangerous by-products, such as dioxins.