TR-202 Zinc Butyl Octyl Primary Alkyl Dithiophosphate
TR-EPC02 Ethylene-Propylene Copolymer
Lithium 12-Hydroxystearate Lithium Grease Lithium Based Grease
Graphene Best Oil Additive Engine Oil additive
Graphite Powder Graphite Lubricant Dry Graphite Lubricant
MoS2 Friction Modifier Molybdenum Disulfide
tungsten disulfide grease offers exceptional lubrication and load carrying ability under extreme pressure, even under high shear. It also exhibits exceptional stability and will not harden or set up in storage or use.
NanoSlick WS2 Grease is designed specifically for sport fishing reels and provides ultimate protection, lubricity and longevity! This product contains a proprietary blend of rust and corrosion inhibitors.
The coating is a dry film lubricant that has one of the lowest Coefficients of Friction (Dynamic @ 0.03 and Static at 0.07) of any grease on the market! It can be mixed 1wt% to 15wt% with grease or oil, enhancing lubricity and extending High Temperature and Extreme Pressure properties.
It is a highly durable, non-stick lubricant that can withstand a maximum of 100,000 psi. It is also resistant to water, abrasion and corrosive chemicals.
WS2 coatings will last longer than a standard lubricant on a bearing because it is a permanent coating and WS2 will not wear off over time like an oil film will. The coating will also provide a better surface finish and will prevent galling.
In addition, tungsten disulfide can withstand high temperatures and oxidation without degrading. This makes it a good choice for a variety of applications including automotive fuel injection systems, diesel hydraulic systems, ball and metering valves and nuclear power plants.
The molecular structure of tungsten disulfide creates stacks of thin layers that form a lamellar pattern, which allows the material to slide along contact surfaces with minimal resistance. This results in very low friction and effective lubrication for mating or moving parts.
PTFE is a fluorocarbon-based thermoplastic polymer that is a popular choice for sealing solutions. This material offers excellent wear resistance, elasticity, and frictional properties.
Increasingly, fillers are being used to improve the performance of PTFE materials. Adding a filler to a PTFE formulation, such as carbon or bronze, can significantly increase the material's mechanical properties.
A common example of this is the addition of carbon fiber to a PTFE material. The added carbon fiber increases the compressive strength and flexural modulus of the PTFE material.
Another filler commonly added to a PTFE material is molybdenum disulfide. Molybdenum disulfide enhances the PTFE material's electrical properties, and lowers its frictional resistance.
The molybdenum disulfide also increases the thermal conductivity of PTFE and reduces its permeability, making it suitable for appliances needing low permeability.
PTFE can be filled with various types of fillers, including carbon, glass fiber, and bronze. The type and percentage of the filler will affect the performance of the material.
ptfe gaskets for flanges are available in all sizes and shapes with a choice of standards. PTFE gaskets are used in piping systems to provide a seal between the two connecting flanges.
PTFE is a fluorocarbon polymer with a low coefficient of friction and outstanding chemical resistance. PTFE has a wide operating temperature range and is resistant to UV light. It can withstand most corrosive liquids and vapors, and does not contaminate the medium.
Coastal Flange provides many types of ptfe gaskets that are designed to fit into the grooves on a flange face and create a leak proof seal. They are manufactured from a soft material that is able to seat into the grooves of the flange face and tighten with a simple wrench.
Style 3070 Wet and Dry PTFE Yard Tape is a flexible, compressible gasket that can be treated with an inert lubricant or furnished without the lubricant (Style 3070 Dry). It conforms easily to flange irregularities and fills surface voids even at low flange bolt loads. It handles virtually any chemical service with the exception of molten alkali metals.
Gylon(r) Style 3540 and ENVELON(r) PTFE are highly compressible material that conforms to flange irregularities, especially on warped or pitted flanges. It improves cold flow resistance, reduces creep and has low bolt load requirements to ensure a tight seal on glass lined or wavy flanges.
This material is used in a wide variety of industrial, food and pharmaceutical applications. It is similar to the chemical resistance of pure PTFE, but is susceptible to nitric acid corrosion. It is used in the chemical, petrochemical, and shipbuilding industries.
Dry lubricants spray on and evaporate quickly, leaving a thin dry film that prevents surfaces from sticking together. They are useful in dusty environments because they resist grime, but they may require reapplication more often than penetrating sprays.
Dry-solid lubricant powders, such as graphite, wax, silicone, and PTFE, are used to reduce friction between moving parts without the need for liquid. They coat rollers, gears, and chains with a dry coating that prevents wear and helps extend equipment life. They can withstand high temperatures and won't break down to an oily residue.
Lock and garage door dry lubricants loosen stuck or frozen locks, reducing squeaking and preventing further corrosion. They also protect rolling doors from water damage and rust.
PTFE (poly tetra fluoroethylene) is a low-molecular material that offers lubrication at temperatures higher than liquid and oil-based lubricants. It has a low coefficient of friction and adheres well to metals and plastics.
Besides graphite, other materials commonly used as dry lubricants include molybdenum disulfide and tungsten disulfide. The low-friction characteristics of these solids are attributed to a layered structure on the molecular level with weak bonding between layers that can slide easily over each other.
PTFE and molybdenum disulfide are used in industrial applications such as rail track joints, brass instrument valves, piano actions, open gear, and ball bearings. They can operate in oxidizing and non-oxidizing environments and maintain lubrication under vacuum conditions.
Our diff oil additive improves transmission performance by providing your transmission with a blend of high-quality additives. This can help to extend the life of your transmission and prevent deposits from forming.
There are many different kinds of engine oil additives available on the market, each offering a unique way to boost engine efficiency. However, it's important to understand how each works and what you can expect from them in order to make the best decision for your vehicle.
The most common engine oil additives include Fatty Acids or Oiliness Agents, AW (Anti-Wear) and EP additives, as well as detergents. Adding these products will greatly enhance your engine's efficiency.
Depending on your specific application, additional additives may be required. For example, extreme pressure (EP) additives are used to provide lubrication under severe conditions.
Other common engine oil additives include corrosion inhibitors and rust inhibitors to prevent your engine from developing serious corrosion. These help to reduce the amount of acid produced by the oxidation process and can also help to keep your engine clean by eliminating the build-up of dirt and other deposits.
These additives can also be formulated to lower the pour point of mineral oils and ensure that they are stable at low temperatures. They can also help to minimize foam formation by changing the viscosity of the oil and facilitating the separation of air bubbles from it.
henze boron nitride Powder (h-BN) is a high-performance boron nitride powder that has excellent thermal stability and electrical insulation properties. It is a key component in many end-use industries including coatings, lubricants, and mold release agents.
A major share of the hexagonal boron nitride market is held by Asia-Pacific, which includes China, Japan, India, and Australia. This region is one of the major markets for h-BN due to its large industrial base and high economic growth.
The growing demand for electronics and smartphones in countries like China and India will fuel the growth of h-BN products over the forecast period. Additionally, rising disposable incomes will also drive the hexagonal boron nitride products consumption in these economies.
Europe is another key market for h-BN. It is home to a number of manufacturing hubs, and Germany, in particular, is the biggest automotive producer on the continent.
Moreover, the strong demand for personal care and cosmetics products is also expected to propel the market growth of h-BN. This is because it has a number of benefits over traditional chemicals, such as being non-toxic and environmentally friendly.
In addition, boron nitride has been found to be effective in the manufacture of cast iron and other light alloys such as magnesium, steel, and aluminium. This is due to its chemical resistance and excellent adhesion properties.
In addition, h-BN is used to coat refractory materials and ceramic components such as runners, nozzles, plugs, and thermocouple protection tubes. It is also a high-temperature lubricant for various industrial equipment.
A common question asked by many people is, “What oil should I use in my flat tappet engine?” There are a number of different oils on the market that can help you answer this question. Some of them are specifically designed to work with flat tappet engines while others are general purpose oils that can be used for a variety of applications.
The oil that you choose is important for the health of your engine. It needs to be able to provide the proper amount of lubrication at all times, including in cold weather conditions. It should also be able to prevent corrosion and rusting, so that your engine can stay functioning properly and safely.
When choosing an oil for your flat tappet engine, it’s important to understand what the viscosity level or weight printed on the bottle means. The lower the number, the thinner it is. This is because the oil must fall within certain viscosity limits at 100 degC.
In addition, you need to make sure that the oil is rated correctly for your vehicle’s manufacturer. This will ensure that you get the best performance possible from your engine and that it stays in good working order for as long as possible. The right oil can also help you improve your gas mileage and reduce engine wear, so make sure that you invest in a high-quality product that will perform well for years to come.
teflon coated tape, also known as thread seal tape, is a simple yet effective material that's often found in tradie tool kits around the world. It's a fantastic material to use in plumbing for pipes and ductwork, as it can be used to coat the threads of fittings and create a tighter seal.
There are several types of PTFE tape that can be used for thread seal applications. They all have a range of important qualities but some are better for specific jobs. PTFE Tape has a non stick backing that can be easily removed without leaving any sticky residue on the pipe threads. It is also pliable and non hardening making it perfect for winding around pipes and compression joints.
PTFE film tape is made from extruded polytetrafluoroethylene with a silicone adhesive, providing excellent chemical resistance except to organic solvents. Its PTFE surface is easy release and resistant to high temperatures.
Our PTFE tapes are available in a variety of thicknesses and widths. They are used in a wide variety of applications, from heat sealers to covering elements to impulse wires to L-Bar sealers to wire wrap insulation and harness protection.
The tape is covered in a plastic case to protect it from damage during storage and can be cut into any size that needs to be used. The PTFE coating has a clean release property and is able to be heat sealed to a maximum temperature of 260 degrees.
