Roechling Industrial North America’s Post

Versamatic’s bolted, non-metallic pumps: Unmatched durability, leak-free performance! #industrial #pumps #boltedpumps #nonmetallicpumps #durability #fluidcontrol #fluidtransfer #fluidhandling #aodd #aoddpumps #chemicals #chemicalresistance #materials

Choosing the aluminum hydroxide filler produced by Enpai New Materials Technology Co., Ltd. will bring the following benefits: 1. Particle size control: As a professional manufacturer, Enpai provides aluminum hydroxide fillers with uniform particle size distribution, which is crucial for improving the filling performance and processing fluidity of materials. 2. Optimization performance : Aluminum hydroxide filler has good insulation and flame retardancy. Enpai's products have been optimized to improve the mechanical properties, heat resistance, and chemical stability of composite materials. 3. Safety and Environmental Protection: As a non-toxic and harmless filler, aluminum hydroxide meets environmental requirements and is suitable for various application fields, especially those industries with high requirements for the environment and human health. 4. Process adaptability: Enpai's aluminum hydroxide filler is suitable for different processing processes, such as injection molding, extrusion, coating, etc., and has good compatibility with various resins. 5. Reducing costs: As a filler, aluminum hydroxide can effectively reduce material costs while maintaining or enhancing product performance, providing cost-effectiveness for manufacturers. 6. Technical guidance: The company provides technical support and application suggestions to help customers optimize formulas, achieve optimal performance and processing efficiency. 7. Stable Supply: As a legitimate company, Enpai has a stable supply chain and inventory management to ensure continuous supply capacity and meet customer needs.

How would you solve this problem? "A chemical processing facility is having issues maintaining adequate sealing on a slurry pump with their existing packing, requiring retightening every few hours." Comment below the way you would solve it, and then read on to discover Teadit's solution! #sealingsolutions #sealing #oilandgas #pumpsolutions #chemicalindustry #slurrypump

Choosing an Industrial Oil Additive Package

Compounding - Bitumen Bitumen, from a chemical standpoint, is a semi-solid to semi-hard, fusible, high molecular weight hydrocarbon mixture derived from the fractional distillation of petroleum. It contains the carbon disulfide soluble components of natural asphalts, paraffin, and montan waxes. Bitumen is categorized as a thermoplastic material, meaning its viscosity varies with temperature. When heated, it shifts from a solid to a viscous state and eventually transforms into a thin liquid between 150°C and 200°C. Historical findings in the Middle East have revealed early applications of bitumen, and by the 19th century, continuous production became viable. Presently, bitumen is predominantly obtained as a byproduct of vacuum distillation of petroleum. To meet specific quality standards, it is frequently blended with heavy vacuum gas oil to achieve the desired property profile. Bitumen is a crucial carrier matrix in various applications due to its sealing properties, weather resistance, wettability, and adhesion to dry surfaces. These characteristics are essential in a wide range of applications, including backing layers for carpets and floor coverings, heavy-duty sound and vibration-insulating foils, components in vehicles and technical equipment, and various construction industry applications. The traditional method of producing highly filled bitumen compounds involves using batch internal mixers. While these methods have advantages such as flexibility, easy offline dosing of small ingredients, and variable dwell and mixing times, they also have limitations like interim storage times and batch-to-batch variations. In contrast, continuous processes offer benefits such as uniform process conditions, a narrow residence time distribution, and integrated process steps. The Kneader excels in precise temperature control, handling differences in viscosity between bitumen and polymers/elastomers, and effectively mixing high filler proportions. Recent advancements have expanded the application fields of the Kneader, allowing for inline processing on carrier substrates and the use of alternative recipe components. The Kneader system is a reliable and adaptable choice for compounding highly filled bitumen compounds and their potential substitution materials.

If you were to pour water and olive oil in a glass, they would separate. This is because olive oil is insoluble in water, or hydrophobic. However, oil and water can be mixed in something called emulsion. To learn more about how to make a nanoemulsion, reach out to our team at [email protected]! #emulsion #formulation

Ultrafiltration Removes Oil and Metals for an automobile parts manufacturer Ultrafiltration removes oil and metals to allow the treated water to be acceptable for discharge for an automobile parts manufacturer.  A UF system was selected based upon its ability to consistently meet the discharge requirements without chemicals and with limited operator involvement. This UF system removes oil and reduces zinc in compliance with discharge requirements.   Ultrafiltration excels at the clarification of solutions containing suspended solids, bacteria and high concentrations of macromolecules, including oil thus making this an excellent solution to this problem. Ultrafiltration uses a membrane to separate suspended and colloidal materials in an aqueous phase. It will normally separate everything that is not soluble and some larger macro molecules that are soluble. Ultrafiltration uses a PVDF tubular membrane that is permeable to perform the separation. One of the uses that demonstrates the usefulness of ultrafiltration is separation of oil in an emulsion from water. In this case, machining coolant oil emulsions can have the oil separated and concentrated, with the water passing through the membrane, and the concentrated oil phase disposed. UF is a pressure-driven process that removes the following from wastewater and other solutions: Emulsified oils Metal hydroxides Colloids Emulsions Dispersed material Suspended solids Other large molecular-weight materials Ultrafiltration systems are also capable of concentrating: Bacteria Some proteins Some dyes Colloidal or emulsified components Ultrafiltration systems excels at the clarification of solutions containing: Suspended solids Bacteria High concentrations of macromolecules including: Oil and water Fruit juice Milk Whey Electro-coat paints Pharmaceuticals Poly-vinyl alcohol and indigo Potable water Tertiary wastewater Ultrafiltration offers the following advantages over conventional separation: No chemical required Very little labor required Simple mechanical process Less sludge Ability to concentrate the retentate for beneficial use Less space required Overall lower operating costs Tubular Configuration: Higher permeate rate Lower rates of fouling Higher concentration of retentate Easier to clean Longer membrane life Low operating cost For more information on ultrafiltration systems to remove oil and metals, please contact us today. https://lnkd.in/eGDJjMrW #thewastewatermembranespecialist, #ultrafiltration, #technology, #engineering, #automotiveindustry, #wastewatertreatment, #technologies, #manufacturing, #wastewater, #automotivemanufacturing, #automotiveparts

Check out this video of the world's first automated isothermal calorimeter for cement plant production control. This is built around the Calmetrix Ultra/Flex 20ml calorimeters. There are multiple benefits to the technology as explained in this short video.

Let's look at this... HOW OFTEN SHOULD YOU CHANGE OR DRAIN YOUR SYNTHETIC OIL. FACTORS TO CONSIDER 1.Oil Quality High quality synthetic oil have longer lifespan hence last long between drainage than the low quality synthetic oil.[Synthesity varies] 2.Manufacture Recomendation. Vehicle owner manual guidelines laid by the owners or oil manufactures.These recomdations are essential and serve as a starting point due to based laboratory test and technological real world experience (s). 3.Driving Style High temperature, frequents short trips,carrying heavy loads and opening windows while driving heavily affects oil change intervals. 4.Oil Filter High quality filter extend drainage intervals by trapping the contterminants more efficient in comparison to low quality one. HOW TO CHECK OIL CONDITION [GENERAL] [a].Level ;Constant decreasing in level indicates potential leakages or engine problem hence replacement or inspection is required. [2].Smell ;burnt or fuel smelling coming from oil indicates that's its time for oil change. [3].Darkening (colour) /Thickening;If oil has become dark and thick it means it has been contaminated hence needs change. N/B: ◇◇◇◇◇◇◇◇ ●It is recommended for you to use flushing oil to get ride of impurities in form of deposits inside the engine. ●The Synthesity of OIL varies depending on the base Oil,additives and the formulation use during the manufacturing process. ●The body that deals the grouping /grading oil is known as [SAE] Society of Automotive Engineers. ●Example of synthetic oils ☆5w-40 ☆5w-30 ☆0w-30 E.T.C For more information on lubricants and carcare producfeel free to contact me at Phone: 246759989732 Email:[email protected] Images have been used for illustrations/explanations no right of ownership .Thank you and enjoy...