Pyrolysis is a thermochemical decomposition of orgnic material at elevated temperatures in the absence of oxygen. Pyrolysis typically occurs under pressure and at the operating temperatures at 430?. Pyrolysis is a special case of thermolysis, and is the most commonly used for organic materials, being, therefore, one of the processed involved in charring. In general, pyrolysis os organic substances produces gas and liquid products and leaves a solid residue richer in carbon content. Extreme pyrolysis, which leaves mostly carbon as the residue, is called carbonization. The process is used heavily in the chemical industry, for example, to produce charcoal, activated carbon, methanol, and other chemicals from wood, to convert ethylene dichloride into vinyl chloride to make PVC, to produce coke from coal, to convert biomass into syngas, to turn waste into safely disposable substances, and for transforming medium-weight hydrocarbons from oil into lighter ones like diesel or gasoline. All these specialized used of pyrolysis may be called various names, such as dry distillation, destructive distillation, or cracking, but all same principle. For us, we mainly specialized in manufacturing and supplying waste tire/plastic/rubber pyrolysis plant, mostly for processing the rubber products to get fuel oil. On one hand, with the modernization of the society, rubber industry develops at a rapid speed, rubber manufactures are widely used in many field of life. On the other hand, the pollution of scrap rubber or plastics is increasing for its difficulty in disposing safely, which is also called “Black Contamination”, has become a big threat to the environment and is getting increasingly serious. Sale fully automatic continuous tyre pyrolysis plant In the early years, the most commonly used pyrolysis plant is mainly the batch operation process, which has low investment but complicated operation process and high labour cost. With the technology improving and customers’ requests, we DOING Company developed a new technology continuous pyrolysis plant. This continuous pyrolysis plant has fully automatic process, which can be controlled by PLC system or computer, thus to save the labour cost. And with the automatic and continuous feeding and discharge system, it can make the the pyrolysis system keep running 24/7 without stop, thus to save the valuable time and energy which are consumed in the batch manual operation system.
Scope UV fluorescence sulfur analyzer is based on UV fluorescence measurement principle and the development of computer technology combined with a new generation of precision instruments, is currently the most advanced of the total sulfur content tester, in line with ASTM D5453, SH / T 0689 and other standards, the instrument is National total sulfur content of refined oil arbitration standards. Now widely used in the determination of total sulfur content of crude oil, hydrocarbons and fuel, petroleum, plastics, petrochemicals, food and so on. Measurement principle instrument uses ultraviolet fluorescence method, when the sample is introduced into the pyrolysis furnace, cracking occurred sample oxidation of sulfide which quantitatively converted to sulfur dioxide, carried by a carrier gas, off which the water through a membrane dryer, into the reaction chamber, sulfur dioxide absorbing ultraviolet light energy into an excited state of sulfur dioxide (SO2 *), the fluorescence emission of sulfur dioxide when SO2 * to return to a stable state, the energy released by a photomultiplier tube to receive, and then the micro-current amplifier, computer data processing, the amount of reaction with sulfur dioxide emission intensity is proportional to the amount of sulfur dioxide and total sulfur content in the sample is proportional, so the content of the sample can be determined by measuring total sulfur emission intensity. Features 1, computer-controlled operation, enabling interactive, data, peak shape can be automatically stored print. 2, the operating software can be connected with LIMIS system, automatic data transmission. 3, the instrument uses the new quartz pyrolysis tube, the injection volume can be increased to reduce measurement errors, increase the sensitivity of the instrument, higher repeatability. 4, cooling fans, automatic switch, eliminating the need to wait for the shutdown to finish samples trouble, saving time and effort. 5, darkroom system uses the latest technology, the key components imported detecting element to improve the detection accuracy and sensitivity of the instrument. 6, equipment imported membrane dryer to absorb , eliminating the need to frequently replace magnesium perchlorate of trouble, while reducing the leakage problem. 7, using computer control of temperature, improve the instrument precision temperature control, and difficult to over-temperature. 8, using air instead of water cooling, saving water resources. 9, can be adjusted to take existing calibration curve calibrated using a standard sample after sample analysis. Technical Parameters 1, in line with standards: ASTM D5453, SH / T 0689 and other standards 2, measuring range: 0.2mg / L ~ 10000mg / L ~ percentage 3. Air source: Argon: 99.999% Oxygen: 99.999% 4, sample status: solid, liquid, gas (with corresponding injector) 5, temperature range: room temperature ~ 1100 ? ± 3 ? 6, repeatability error: 0.2mg / L=X
FDR-3301 UV fluorescence sulfur analyzer Scope UV fluorescence sulfur analyzer is based on UV fluorescence measurement principle and the development of computer technology combined with a new generation of precision instruments, is currently the most advanced of the total sulfur content tester, in line with ASTM D5453, SH / T 0689 and other standards, the instrument is National total sulfur content of refined oil arbitration standards. Now widely used in the determination of total sulfur content of crude oil, hydrocarbons and fuel, petroleum, plastics, petrochemicals, food and so on. Measurement principle instrument uses ultraviolet fluorescence method, when the sample is introduced into the pyrolysis furnace, cracking occurred sample oxidation of sulfide which quantitatively converted to sulfur dioxide, carried by a carrier gas, off which the water through a membrane dryer, into the reaction chamber, sulfur dioxide absorbing ultraviolet light energy into an excited state of sulfur dioxide (SO2 *), the fluorescence emission of sulfur dioxide when SO2 * to return to a stable state, the energy released by a photomultiplier tube to receive, and then the micro-current amplifier, computer data processing, the amount of reaction with sulfur dioxide emission intensity is proportional to the amount of sulfur dioxide and total sulfur content in the sample is proportional, so the content of the sample can be determined by measuring total sulfur emission intensity. Features 1, computer-controlled operation, enabling interactive, data, peak shape can be automatically stored print. 2, the operating software can be connected with LIMIS system, automatic data transmission. 3, the instrument uses the new quartz pyrolysis tube, the injection volume can be increased to reduce measurement errors, increase the sensitivity of the instrument, higher repeatability. 4, cooling fans, automatic switch, eliminating the need to wait for the shutdown to finish samples trouble, saving time and effort. 5, darkroom system uses the latest technology, the key components imported detecting element to improve the detection accuracy and sensitivity of the instrument. Technical Parameters 1, in line with standards: ASTM D5453, SH / T 0689 and other standards 2, measuring range: 0.2mg / L ~ 10000mg / L ~ percentage 3. Air source: Argon: 99.999% Oxygen: 99.999% 4, sample status: solid, liquid, gas (with corresponding injector) 5, temperature range: room temperature ~ 1100 ? ± 3 ? 6, repeatability error: 0.2mg / L=X
Scope UV fluorescence sulfur analyzer is based on UV fluorescence measurement principle and the development of computer technology combined with a new generation of precision instruments, is currently the most advanced of the total sulfur content tester, in line with ASTM D5453, SH / T 0689 and other standards, the instrument is National total sulfur content of refined oil arbitration standards. Now widely used in the determination of total sulfur content of crude oil, hydrocarbons and fuel, petroleum, plastics, petrochemicals, food and so on. Measurement principle instrument uses ultraviolet fluorescence method, when the sample is introduced into the pyrolysis furnace, cracking occurred sample oxidation of sulfide which quantitatively converted to sulfur dioxide, carried by a carrier gas, off which the water through a membrane dryer, into the reaction chamber, sulfur dioxide absorbing ultraviolet light energy into an excited state of sulfur dioxide (SO2 *), the fluorescence emission of sulfur dioxide when SO2 * to return to a stable state, the energy released by a photomultiplier tube to receive, and then the micro-current amplifier, computer data processing, the amount of reaction with sulfur dioxide emission intensity is proportional to the amount of sulfur dioxide and total sulfur content in the sample is proportional, so the content of the sample can be determined by measuring total sulfur emission intensity. Features 1, computer-controlled operation, enabling interactive, data, peak shape can be automatically stored print. 2, the operating software can be connected with LIMIS system, automatic data transmission. 3, the instrument uses the new quartz pyrolysis tube, the injection volume can be increased to reduce measurement errors, increase the sensitivity of the instrument, higher repeatability. 4, cooling fans, automatic switch, eliminating the need to wait for the shutdown to finish samples trouble, saving time and effort. 5, darkroom system uses the latest technology, the key components imported detecting element to improve the detection accuracy and sensitivity of the instrument. 6, equipment imported membrane dryer to absorb , eliminating the need to frequently replace magnesium perchlorate of trouble, while reducing the leakage problem. 7, using computer control of temperature, improve the instrument precision temperature control, and difficult to over-temperature. 8, using air instead of water cooling, saving water resources. 9, can be adjusted to take existing calibration curve calibrated using a standard sample after sample analysis. Technical Parameters 1, in line with standards: ASTM D5453, SH / T 0689 and other standards 2, measuring range: 0.2mg / L ~ 10000mg / L ~ percentage 3. Air source: Argon: 99.999% Oxygen: 99.999% 4, sample status: solid, liquid, gas (with corresponding injector) 5, temperature range: room temperature ~ 1100 ? ± 3 ? 6, repeatability error: 0.2mg / L=X
Liquefied petroleum gas (LPG), also called LPG, GPL, LP Gas, liquid petroleum gas or simply propane, is a flammable mixture of hydrocarbon gases used as a fuel in heating appliances and vehicles.is a clean-burning fossil fuel that can be used to power internal combustion engines. LPG-fueled vehicles can produce significantly lower amounts of some harmful emissions and the greenhouse gas carbon dioxide (CO2). LPG is usually less expensive than gasoline, it can be used without degrading vehicle performance, and most LPG used in U.S. comes from domestic sources. The availability of LPG-fueled light-duty passenger vehicles is currently limited. A few light-duty vehiclesâ??mostly larger trucks and vansâ??can be ordered from a dealer with a prep-ready engine package and converted to use propane. Existing conventional vehicles can also be converted for LPG use. Since propane is stored as a liquid in pressurized fuel tanks rated to 300 psi, LPG conversions consist of installing a separate fuel system if the vehicle will run on both conventional fuel and LPG or a replacement fuel system for LPG-only operation. Propane Fuel BasicsAlso known as liquefied petroleum gas (LPG) or autogas, propane is a clean-burning, high-energy alternative fuel thatâ??s been used for decades to power light-, medium- and heavy-duty propane vehicles. Propane is a three-carbon alkane gas (C3H8). It is stored under pressure inside a tank and is a colorless, odorless liquid. As pressure is released, the liquid propane vaporizes and turns into gas that is used for combustion. An odorant, ethyl mercaptan, is added for leak detection. Advantages of LPG 90% of propane used in the U.S. comes from domestic sources.Less expensive than gasoline. Potentially lower toxic, carbon dioxide (CO2), carbon monoxide (CO), and nonmethane hydrocarbon (NMHC) emissions. Disadvantages of LPG Limited availability (a few large trucks and vans can be specially ordered from manufacturers; other vehicles can be converted by certified installers).Less readily available than gasoline & diesel. Fewer miles on a tank of fuel. Fuel Economy and Performance Typically in fleet applications, propane costs less than gasoline and offers a comparable driving range to conventional fuel. Although it has a higher octane rating than gasoline rating (104 to 112 compared with 87 to 92 for gasoline), and potentially more horsepower, it has a lower Btu rating than gasoline, which results in lower fuel economy.
VZEN IND III is a blend of distillate fuel with a additives. VZEN IND III is commonly used as a fuel in industrial and commercial applications. It is a low-sulphur distillate fuel oil derived from hydrocarbon oil through a distillation process and filtered to meet the need of Industrial boilers and give best performance. It has high Gross Calorific value. It is recommended for all types of Industrial Heating application. VZEN IND III is low viscosity oil, high flash point and low pour point to give best performance throughout the year. It is pure petroleum-based oil and has very low carbon low Sulphur and low ash content. Our range of all products is widely appreciated by our clients.
A demister, or also known as mist eliminator, is a high efficiency separation device often fitted to vapor liquid separator vessels to enhance the removal of liquid droplets entrained in a gas or vapor stream. Demisters may be a mesh type coalescer, vane pack or other structure intended to aggregate the mist into droplets that are heavy enough to separate from the vapor stream. Mist eliminators/ demisters are fabricated from knitted materials with interlocking asymmetrical loops of metal or plastic with typical diameters being 0.1 – 0.3mm. Special applications for wire diameter 0.35mm to 0.024mm, tube width 1/4" to 42" diameter. 2.DEMISTER Materials: Stainless Steel wire: 200, 300 and 400 series-AISI201?202?301?302?304?304L?321?316?316L,410S, etc. Copper wire, Aluminium wire, Nickle wire, Titanium wire, Inconel, Monel, Hastelloy wire... Plain Steel, Galvanized Steel... Polypropylene, Polyethylene, PVC, Teflon(PTFE), Nylon, etc. Stainless steel wire with cotton thread, fiber glass, etc. 3.FIXING METHODS&GRID The demister should be horizontally fixed and supported. At the bottom or both the top and the bottom, a support grid which is welded with FB 25X3t, RB6Ø of the same material as that of the demister pad at proper intervals (APP150mm), is used. For fixing the grid and the pad, RB6Ø or 1.6Ø tie wire is used. 4.DEMISTER FEATURES (Mesh Pad type) 1).It shows 99% efficiency under general conditions and velocity (1~3m/sec or higher). 2). Over 98% open area is guaranteed under any conditions so pressure drop caused by the use of the demister can be disregarded (0.1”~1.0 W/G). 3). It can be made of any material suitable for the given temperature and corrosion-resistance. 4). It is possible to install by use of M/H so it is easy to handle. 5). There is no restriction in the conditions, place, and size for use. It is install-able on the existing systems. 6). Self-cleaning is possible. It is semi-permanent so it is economical. 5.USE OF DEMISTER 1).Vacuum Tower - The treatment quantity by the demister goes up by 35%. The quality of oil gas is improved. 2). Absorber - Some gasoline plants use a glycol absorber (Demister mounted) so the installation cost is being repaid within a month. 3). Knockout Drums and Separators - If Demister is used, ?inch drum is sufficient. 4). Gas Separator Vessels - Hydrocarbon in gases is collected so gas of 1/0.1 billion purity is produced out. 5). Evaporator - Product loss goes down and purity is remarkably improved. 6). Scrubber - In the field of caustic soda, the demister is used to prevent air pollution. 7). Distillation Column - If Demister is used, the cost for distillation goes up, the quantity of treatment increases by 20%, and purity is remarkably improved. 8). Dust Collectors - The dust collector of a wet type has excellent collection capacity.g is possible. It is semi-permanent so it is economical.
Product Description Lithium chloride Chemical formula: LiCl Molecular weight: 42.39 CAS No.: 7447-41-8 Melting point: 605 C Boiling point: 1350 C Density: 2.07 g/cm Appearance: white crystal Dangerous: none physical properties Lithium chloride is a white crystal, easily soluble in water, with a solubility of 67g/100ml of water under standard conditions. It is also easily soluble in organic solvents such as ethanol, etc. Therefore, if chlorohalogenated hydrocarbons are used in the preparation of hydrocarbyl lithium, free hydrocarbyl lithium reagents (lithium bromide, Lithium iodide forms adducts with lithium hydrocarbyls and acts as a stabilizer). Applications The raw material for the preparation of metallic lithium. Flux for metal production by electrolysis (such as titanium and aluminum production), used as aluminum welding agent, air conditioner dehumidifier and special cement raw material, also used in flame, in the battery industry for the production of lithium-manganese battery electrolyte, etc. . Anhydrous LiCl is mainly used for electrolytic preparation of metal lithium, aluminum flux and flux and moisture absorption (dehumidification) agent in non-refrigerated air conditioners. Metal lithium can be obtained by electrolyzing the mixed molten salt of LiCl/KCl at 600 �°C. Industrial metal industrial is produced by this method. Lithium chloride is also used as a moisture scavenger in air conditioning systems, as a good flux in the electrolytic production of metals or in the preparation of powders (such as in the production of titanium and aluminum), as a precipitant for RNA, and as an additive in the Stille reaction . Lithium chloride can be formulated with DMF in different concentrations as a solvent for dissolving polymers. Commonly used as an eluent for GPC measurements of molecular weight. Component Standard value(wt%) Typical value(wt%) LiCl 99.3 99.5 H2O 0.60 0.25 Na 0.02 0.01 K 0.02 0.005 CaCl2 0.02 0.01 Fe2O3 0.002 0.001 SO42- 0.003 0.0015 HCl insoluble 0.005 0.003
Magnesium ingot Features: 1.Corrosion resistance and light weight. 2.The density of magnesium is 1.74g/cm3 which is even lighter than aluminum 2.7g/cm3, but mechanical strength and chemical stability are much better than aluminum. 3.Magnesium can be directly related to nitrogen, sulfur and halogen such as chemical combination, including hydrocarbons, aldehydes, alcohols, phenols, amines, grease and most of the oil pharmaceutical . Chemical composition : Mg Ingot Brand Chemical composition Mg Fe Si Ni Cu Al Cl Mn others Mg99.98 99.98 0.002 0.003 0.002 0.0005 0.004 -- 0.002 0.02 Mg99.96 99.96 0.004 0.004 0.0002 0.002 0.006 0.003 0.003 0.04 Mg99.95 99.95 0.004 0.005 0.0007 0.003 0.006 0.003 0.01 0.05 Mg99.9 99.9 0.04 0.01 0.001 0.004 0.02 0.005 0.03 0.1 Mg99.8 99.8 0.05 0.03 0.002 0.02 0.05 0.005 0.06 0.2 Application : 1.Magnesium alloys can be used to manufacture aircraft fuselages,engine parts, etc. 2.As strong reducing agent for titanium, zirconium, beryllium, uranium and hafnium production. 3. Magnesium metal is the main alloying element in aluminum alloy 4.Magnesium powder can be used as desulfurizer for steel making. 5. Magnesium also used to make photography and optical instruments, etc. 6.Can be used to produce magnesium fertilizer, promote the absorption and utilization of phosphorus by plants. 7.As an additive agent in conventional propellants and the production of nodular graphite in cast iron.
Tubing Head Tubing head is a vital component in the oil and gas industry, enabling the safe and efficient production of hydrocarbons from underground reservoirs. It provides a secure connection for production tubing, controls wellbore pressure, and helps maintain the integrity of the wellhead system. Description The Tubing Head is an adapter between the first casing column and the blowout preventer set (during drilling) or wellhead (after completion). The adapter can be threaded or welded to the casing and can have flanged or clamped connections to match the blowout preventer set or wellhead. It is the primary interface for pressure control equipment. At the time of installation, the casing head is usually tested for very stringent pressure and leakage parameters prior to the installation of any surface equipment to ensure viability under blowout conditions. Characteristics The tubing head and tubing cross are used to suspend the tubing and seal the annular space of tubing. Its characteristics are: 1. The secondary sealing form between the tubing hanging and the reducer flange includes O-ring seal, greased BT seal and metal-to-metal seal; 2. The sealing forms of tubing hanging and tubing head are metal-metal seal, special synthetic rubber seal or metal seal + special synthetic rubber seal; 3. With grease injection port and sealed test port; 4. The lower sealing form of the tubing head includes O-ring seal, greased BT seal and metal seal; 5. The tubing hanging and tubing head reducer flange can directly pass through the cable and can be equipped with a downhole safety valve control pipeline interface; 6.The side exit link is threaded or wire-flange type, and is equipped with VR thread for easy valve replacement operation.
It is a dark, viscous liquid at room temperature. It is a complex mix of hydrocarbons with carbon atoms ranging mainly from 20 to 55. It is produced by blending residues from various refinery processing units and diluting with middle distillates. We ALMA INTERNATIONAL TRADING FZE, are able to supply Cst-180 Fuel Oil, as below: CST-180 FUEL OIL SHIPMENT: CIF FUJAIRAH AND WORLDWIDE /FOB ROTTERDAM AND HUSTON ORIGIN: RUSSIAN or EUROPEAN PRICE QUOTE: ON REQUEST BY EMAIL ONLY MIN QTY: 50,000,00 MT MAX QTY: 500,000,00 MT Please read carefully before making a request. Information on our company policy regarding quotes. We at Alma International Trading require a Letter of Intent (Loi) from the end purchaser before we can provide a detailed price quote. Once we receive the Loi, our team will promptly review it and provide you with an accurate and comprehensive price quote. We do not respond to emails and phone calls to receive information without a written request with the final buyer's details. Important Notice Regarding False Documents If the selling company receives any false documents from the buyer or their intermediaries, we will take swift and decisive action. It is our duty to ensure the integrity and legality of all transactions we engage in. In the event that false documents are presented, we will not hesitate to report the matter to the local police. Furthermore, we will elevate the issue to INTERPOL and the International Chamber of Commerce. Our aim is to protect the interests of all parties involved and maintain a safe and transparent business environment. We expect all transactions to be conducted in an honest and professional manner. Thank you for your attention to this matter. Best regards, ALMA International Trading FZE LLC
Choline Chloride-75% Aq Choline Chloride in Clay Stabilization for the Oil and Natural Gas Industry Choline chloride 75% is a chemical compound which is used into various industrial applications, predominately as a component for hydraulic fracturing of shale natural gas wells. Choline Chloride in Clay Stabilization for the Oil and Natural Gas Industry Drilling and stimulation in shale and other clay containing formations pose challenges due to day swelling. This swelling causes a number of issues including: -Wellbore instability -Cuttings disintegration Br balling Fines migration -Reductions in permeability of the formation to hydrocarbons Choline Chloride has proven itself as a safe and very effective clay stabilizer, at a reasonable cost functions through ion exchange, where choline chlonde provides a cation to replace the native solubilized clay cation (typically sodium) Choline Chloride is used as a shale swelling inhibitor in drilling fluid, completion fluid, and workover fuit, to prevent shale from expansion and hydration, providing wellbore stability. These issues can result in higher drilling costs and slower production rates. Clay stabilizers reduce day swelling and its associated risks leading to lower drilling costs and improved production rates Potassium chloride (KCL) is commonly used in preventing the swelling of clay as a temporary clay stablizer However, the use of KCL in drilling carries environmental concerns as chlorides do not degrade and can enter surface water carrying heavy metal including cadmium and mercury The key features offered by Choline salts as an alternative to traditional clay stabilizers include Biodegradability and reduction in the amount of chlorides Superior performance and use at much lower levels Compatibility with brine, calcium chloride and KCL solutions Ability to work well with known fracturing fluids, cross-linkers and breakers Minimization in chemical handling including pre-mixing and saltwater disposal Flexibility for use in all environments
The melting point range of SASOLWAX S682 is between 62 and 66, with a needle penetration of 44 (1/10mm) and a kinematic viscosity of 10 (mm²/ s) . This model is very similar to China's microcrystalline wax 70#, with a drop melting point of 70.2, a penetration rate of 21.4 (1/10mm), and a kinematic viscosity of approximately 7 (mm²/s). Because microcrystalline wax in China belongs to hard wax, the penetration may be slightly lower. If you are looking for a similar product to this SASOLWAX S682 micro wax, you can contact us. For example, you can use 70 # microwax in jar candles to improve candle performance. Microcrystalline wax is a waxy substance that is solid at room temperature and has a high melting point. It is made up of long-chain hydrocarbons and is derived from crude oil or natural gas. Microwax is often used in various industrial and cosmetic applications, such as in the production of candles, cosmetics, and polishes. Microwax is different from other types of wax because of its unique properties, such as its high melting point, low viscosity, and good hardness. These properties make it useful in applications where a wax with a high melting point and good hardness is required. In addition to its industrial and cosmetic uses, microcrystalline wax is also used in the food industry as a coating for fruits and vegetables to extend their shelf life. It is also used in the pharmaceutical industry as a binder and coating agent for tablets and capsules. What are the common types of microcrystalline wax produced by Germany's Sasol? Sasolwax 682, Sasolwax 3971, Sasolwax 2528, Sasolwax 1365. Which is better, Sasol or Chinese microcrystalline wax? The main focus is on the application scenarios of the product, there is no best, only the most appropriate. Because the properties of microcrystalline waxes are similar.
ULTRA-LOW SULFUR DIESEL 10 PPM (GASOIL 0.001%S) - TECHNICAL SPECIFICATION SHEET Component Acid Number, MG KOH/G Appearance @ 25�°C Ash Content, Mass % Cetane Index Cetane Number Carbon Residue, Mass % CFPP, �°C Cloud Point, �°C Color Conductivity @ 20�°C, PS/M Copper Corrosion 3 HRS @ 50�°C Density @ 15�°C, G/ML Distillation T90 (90% Recovered), �°C Distillation T95 (95% Recovered), �°C Distillation Volume Recovered @ 250�°C Distillation Volume Recovered @ 350�°C Filter Blocking Tendency @ 40�°C, MM2/G Flash Point, �°C Kinematic Viscosity @ 40�°C, CST Lubricity @ 60�°C, Microns Oxidation Stability, MG/L Particulate Matter, MG/KG Polyaromatic Hydrocarbons, Mass 6 Pour Point, �°C Sulfur Content, PPM Water Content, MG/KG Water & Sediment, Volume % Odour Value 0.3 MAX Clear & Bright, Without Undissolved Sediment or Free Water 0.01 MAX 46 MIN 51 MIN 0.2 MAX MINUS 5 MAX MINUS 1 MAX 2.0 MAX 150 MIN 1 MAX 0.82 MIN - 0.845 MAX 360 MAX 65 MAX 85 MIN 2 MAX 61.5 MIN 2.0 MIN - 4.5 MAX 460 MAX 25 MAX 24 MAX 11 MAX 10 MAX 200 MAX 0.05 MAX Merchantable
Product Features Food-grade paraffin wax is often used in packaging materials for food items, including bubble gum paper. This is because it serves as an excellent barrier against moisture and odors, helping to prolong the freshness of the food product. Here's a brief description of how it is used and why: Paraffin wax is a white or colorless soft, solid wax. It's made from saturated hydrocarbons. It's often used in packaging for its inertness (it doesn't react with food products), and its excellent moisture barrier properties. Application in Bubble Gum Paper Bubble gum is often wrapped in a thin sheet of paper. This paper needs to provide a barrier against moisture to keep the gum fresh and prevent it from drying out or becoming stale. For this purpose, the paper is often coated with food-grade paraffin wax. Benefits Moisture Barrier: Paraffin wax is hydrophobic, meaning it repels water. When applied to bubble gum paper, it forms a barrier that prevents moisture from reaching the gum. Odor Barrier: Paraffin wax also forms a barrier against odors. This helps to keep the flavor of the gum intact and prevents it from absorbing odors from the environment. Food Safety: Since food-grade paraffin wax is inert, it doesn't react with the gum or with the other packaging materials. This makes it a safe choice for food packaging. Cost-Effectiveness: Paraffin wax is relatively cheap and easy to apply, making it a cost-effective solution for food packaging needs. Application Process The application process usually involves melting the paraffin wax and applying it to the paper in a thin layer. Once the wax cools and solidifies, it forms a shiny coating on the surface of the paper. The waxed paper can then be cut and shaped appropriately for wrapping individual pieces of bubble gum. The end result is a packaging material that keeps the bubble gum fresh and flavorful until it's ready to be enjoyed. While it's a common and safe material for food packaging, it's always important for manufacturers to ensure they're using food-grade paraffin wax and adhering to all relevant safety standards and regulations.
TANOS medical - systainer DaklaPacks pre-selected range of Tanos systainer products - made available from stock in our European warehouse - Safe and reliable shipping solutions and fully compliant! Call us for assistance, or fill in the contact form for expert advice. Security and reliability in transportation and handling are essential in the medical field. A systainer is the right choice, anywhere and anytime - combined with DaklaPacks consumables - a complete closed loop shipping solution! Each systainer stands out by using high-quality ABS material and offers unbeatable properties: Shock-resistant Dimensionally stable in hot and cold conditions Protected against dust and moisture High chemical resistance to many diluted acids and bases, saturated hydrocarbons and gasoline Weather resistance Insulated systainer systainer products are very well suited for secure transportation of biological materials (category B) with material number UN 3373, such as diagnostic samples. The systainer�® has been tested by an independent testing institution in a specified configuration with a variety of packaging components (primary, secondary packaging, ...) as rigid external packaging according to the packaging instructions P 650 (ADR). EPP insert The EPP insert stands out for extreme stability, and can easily be cleaned in an industrial dishwasher. Our EPP inserts have a groove on both sides for mounting separators if desired to insert cold packs on both sides â?? preventing the possibility of the cold packs coming into contact with the samples. Better safe than sorry There is a locking closure integrated directly on the Systainer (Theft Tag). Contents are locked and secure with just a single movement. Products can no longer be removed. An essential feature for sealing medical testing materials and other sensitive contents
Industrial white oil, also known as mineral oil, is a versatile and widely used lubricant in the industrial sector. It is a colorless and odorless liquid that is obtained from the distillation of petroleum. The properties of industrial white oil make it an excellent choice for various applications, ranging from pharmaceuticals to food processing. One of the primary properties of industrial white oil is its high level of purity. It is free from impurities, such as sulfur and aromatic hydrocarbons, which can be harmful to human health and the environment. This makes it an ideal choice for applications where purity is essential, such as in the pharmaceutical and cosmetic industries. Another important property of industrial white oil is its high level of stability. It has a high resistance to oxidation, which means it can withstand exposure to air and heat without breaking down or degrading. This makes it an excellent choice for use in high-temperature applications, such as in the manufacturing of plastics and elastomers. Industrial white oil also has excellent lubricating properties. It has a low viscosity, which means it can flow easily and provide a smooth surface for moving parts to slide against. This makes it an ideal choice for use as a lubricant in machinery, such as pumps, compressors, and hydraulic systems. Physical and chemical indicators of industrial white oil (Industrial white oil TDS): In addition to its lubricating properties, industrial white oil has excellent sealing properties. It can form a tight seal around moving parts, preventing leaks and reducing friction. This makes it an ideal choice for use in seals and gaskets, as well as in the manufacturing of rubber and plastic products. Industrial white oil is also an excellent choice for use in the food processing industry. It is approved by the FDA for use in food contact applications, and it is odorless and tasteless, which means it will not affect the flavor or aroma of food products. Its high level of purity also makes it an ideal choice for use in the production of food packaging materials. In summary, industrial white oil is a versatile and widely used lubricant in the industrial sector. Its properties, including its high level of purity, stability, lubricating, and sealing properties, make it an excellent choice for various applications, ranging from pharmaceuticals to food processing. Its widespread use in a variety of industries is a testament to its effectiveness and reliability as a lubricant.
White Oils are manufactured from highly refined Base Oils and consist of saturated paraffinic and cycloparaffinic hydrocarbons. The refinement process ensures complete removal of aromatics, sulphur and nitrogen compounds. The technologies employed result in products that are highly stable over time besides being hydrophobic, colourless, odourless and tasteless. Applications White Mineral Oils are extensively used as bases for pharmaceuticals and personal care products. The inertness of the product offers properties such as good lubricity, smoothness and softness and resistance to moisture in the formulations. The products are also used in the Polymer processing and plastic industry such as polystyrene, polyolefin and thermoplastic elastomers. The oil controls the melt flow behaviour of the finished polymer besides providing release properties. Very often the oils also impart improvement in physical characteristics of the finished product. Food grade Mineral Oils can be used for direct food contact applications such as dough divider & dust suppression in grain silos. These oils can also be used for lubricating food handling equipments and impregnating food packaging & wrapping papers. Products Offered Savita offers two grades of White Mineral Oils Savonol and Technol. Savonol grades comply with the requirements as stipulated under NF/USP, British Pharmacopoeia, European Pharmacopoeia and Indian Pharmacopoeia standards. Savonol grades can be used for direct food contact applications such as dough divider, release agents, protective coatings & dust suppression in grain silos. These Oils can also be used for lubricating food handling equipments and impregnating food packaging & wrapping papers. These grades find extensive application in manufacture of cosmetic products such as creams and lotions etc. Technol grades represent the Technical White Oils with slightly different test requirements and are developed for applications in polymers, plastic industries and animal feeds besides certain non-critical applications in packaging and food machinery lubrication where minimal food contact is expected. Savonol & Technol grades are available in all viscosity grades starting from 8 cSt @ 40 deg C to 100 cSt @ 40 deg C and with pour points ranging from -5 to -30 deg C.
Savitaâ??s Petroleum Jellies are homogeneous mixtures of highly refined and hydro-treated hydrocarbons with specially selected waxes, forming ointment like gels, which are nearly odourless with excellent hydrating characteristics. The resulting gels have excellent emollient properties and consistency for formulating with other active ingredients. Savitaâ??s ability to offer tailor-made formulations help to offer products meeting customersâ?? precise and exacting specifications. Savita offers grades that comply with strict standards of BP, USP, NF, EuP, IP and other pharmacopoeias. Petroleum Jellies are favoured by personal care and pharmaceutical companies as very versatile, safe and economical formulation base. WHITE PETROLEUM JELLY : Product description: Various grades of Petroleum Jellies catering to pharma & personal care products as well as technical grades for less critical applications and meeting specifications of customers are manufactured. Applications: The Petroleum Jellies are used as an ointment base, protective dressing and soothing applications to skin. These gels offer excellent barrier to moisture and thus prevent moisture loss from skin. Savita's Jellies are used in formulating various cosmetic and personal care preparations like hair conditioners, hand cleaners, lip balms, massage creams, moisturizing lotions, and sun care products and in various pharmaceutical applications such as skin protecting ointments, medicated ointments etc. Products Offered: Savita offers the following Savogel products: Ultima White, Snow White, White Petroleum Jelly and Yellow Petroleum Jelly. These products cater to different market segments and application needs of customers. Characteristics: Savitaâ??s products are manufactured using highly refined paraffinic white mineral oils and waxes. This ensures the products are as per the pharmacopeia requirements. Savitaâ??s products meet the requirements of pharmacopeia (USP, IP and AP) and are manufactured as per the GMP norms.
Product Introduction Polypropylene corrugated board (PP corrugated board) is one of the packaging material which is most flexibility and widely used. The main component of the PP corrugated board is polypropylene, which is a highly pure hydrocarbon, non-toxic, anti-chemical, combustible, no hazardous substances and environment friendly. Our own PP hollow board production line for providing the best packaging solution according to different situations. The material of the PP corrugated sheet can be divided into 3 types (recycled, mixed and 100% virgin material) according to the ratio of the material. They can be differentiates by comparing their smoothness, brightness of color and hardness. The 100% virgin material is the best of smoothness, brightness of color and hardness, then mixed, last the recycled. Application PC hollow sheet is widely used in construction sunroof in buildings/halls/shopping center/stadium/public places of entertainment and public facility; Ring shield of bus station/garages/pergolas/corridors; noise barriers for highways and urban elevated road. Machine List NO Equipment 1 Single Screw Extruder 2 Screen Changers 3 Mould 4 Vaccum Sizing Cooling Platform 5 Edge Cutting Device 6 The First Tractor 7 Infrared Alignment Oven 8 Powerful Forced-air Cooling Device 9 The Second Tractor 10 The Cutter 11 The Stacker 12 Electric Control System Technical Parameter PP/PE Hollow Sheet PC Hollow Sheet Extruder model SJ-120,SJ-100 Extruder model SJ-120, SJ-45 Sheet width 2100mm, 1220mm Sheet width 2100mm Sheet thickness 2-8mm, 2-8mm Sheet thickness 4-40mm Max capacity 350kg/h,200kg/h Max capacity 450kg/h Main motor power 132kw Main motor power 132kw
