Vertical type mud agitator has almost the same working principle of horizontal type mud agitator. For vertical type, the motor is the vertical type. Thus can save more space on the mud tank surface. Features ·Typical C face motor installation ·Small footprint without skid ·Helical-Bevel gearbox ·Motor is vertical and save more space Benefits ·Longer usable life on motor and gear box ·Require less space also easy to handle ·High efficiency, low noise, low operating temperature
We can offer all sizes of vibration screen mesh as per the requirement of shale shaker from the clients. The main types are as follow: Frame screen: We can Provide BRANDT, SWACO MONGOOSE Frame screen, also can design and manufacture as per the clients' requirement. Used in oil field, oil drilling,mud treatment, solid control system, petroleum equipment, shale shaker
Detailed Product Description of Mud Gas Separator 1. Control delivery of gas to the flare line 2. Control of retention time of gas-cut mud in the vessel 3...Promotes safe drilling environment 4...Efficient removal of free gas 5...Control delivery of gas to the flare line Features Large effective vessel capacity Removal of dangerous H2S and other poisonous gas Baffle plates in vessel Customizable specification Backpressure manifold with flare ignition line Effective U-tube or mud seal configuration Skid-mounted design with lay down legs Optional elevating type
Descriptions of AJ Solids Control Shale shaker/ Sludge Treatment Shaker Shale shaker is the 1st phase solids control equipment in the oilfield drilling fluid. It is mainly used to treat the more than 74um drilling fluid from the well. Each drilling site must have this. It can be used as one set working, and also can be used two sets working together and also three sets working. Shale shaker performance decides subsequent equipment process effect and usable life. It's the absolutely necessary equipment in solids control service. Features 1.The vibrating motors are all Itally Oli and explosion proof type. 2.The shaker screens can be flat plate, soft hook and hydraulic pressure. 3.Painting: three payer, the total thickness can reach 200 um. 4.Linear motion-Rapid discharges 5.Mechanical deck angle adjustment-Easy and convenient Benefits 1.Compact footprint and light 2.User-friendly 3.Easy to installation 4.Low cost on operation and maintenance. 5.Low noise 6.Decrease drilling cost Remarks: The Shale shaker screens can be pre-tensioned and also can be frame type.
1. Small footprint, save much space 2. More convenient, save cost and tank space 3. Without feed pump Features 1). Compact design 2). High performance/full vacuum 3). Vacuum pump mounted together with degasser vessel 4). Internal impellers 5). Vertically-mounted units 6). Without feed pump Technique parameters Model ZCQ240 ZCQ270 ZCQ300 ZCQ360 Vessel diameter 700mm 800mm 900mm 1000mm Treating capacity = 240 m3/h = 270 m3/h = 300 m3/h = 360 m3/h Vacuum pressure -0.030~-0.045MPa -0.030~-0.050MPa -0.030~-0.055MPa -0.040~-0.065MPa Ratio 1.68 1.68 1.68 1.72 Efficiency = 95% = 95% = 95% = 95% Main motor 15KW 22KW 30KW 37KW Vacuum pump motor 2.2KW 3KW 4KW 5.5KW Impeller speed 860RPM 870RPM 876RPM 880RPM Dimension 1750× 860× 1500mm 2000× 1000× 1670mm 2250× 1330× 1650mm 2400× 1500× 1850mm Weight 1100kg 1350kg 1650kg 1800kg
YPD Flare igniter is one equipment to burn H2S gas separated out of drilling fluid. It is connected with poor boy degasser by vent line and flare line. When burn the gas out the gas will become common subject without poison or other harmful issues. This provide safe drilling condition and good environment. So we call flame igniter is environment friendly equipment. OGEM will offer you details on igniter and mud/gas separator relationship. Features 1.High quality standard steel material 2.Compact design and light weight 3.Connected with H2S poor boy degasser by flare line 4.Burn H2S and other poisonous gas 5.High ignition frequency Benefits 1.Strong and durable 2.Save space, Easy to handle and transfer 3.No other additional space for harmful gas 4.Protect drilling site and keep work safe 5.Burn H2S efficiently and completely
JQB Shearing pump is one kind of centrifugal pump. The type is overhead belt drive. This give the pump sufficient power and pressure. During operation, JQB shearing pump can enhance the drilling mudhydrocyclonelevel. Make ploydilute soon and save much drilling mud material. Finally cut down the well drilling cost. Features 1.Sufficient power and pressure 2.Small footprint 3.Break down drilling mud block 4.High quality raw material 5.Excellent dilution and hydration ability Benefits 1.Make drilling fluid transfer effectively 2.Use less space, get more effective tank capacity 3.Get more even drilling fluid 4.Durable and low cost on maintenance 5.Save much cost on drilling mud cost
Pibsa1000 polyisobutylene succinic anhydride (thermal adduction pibsa) Description Pibsa1000 is a lubricant additive intermediate prepared from high reactive polyisobutylene (mn=1000) by thermal adduction process. The ashless dispersant produced from pibsa1000 possesses fine detergency and favourable low temperature sludge dispersion. Special features Free of chlorine Applications Used for preparation of polyisobutylene diene and polyene succinimide and bononize ashless dispersant. Used for preparation of emulsifying agents for emulsion explosives. Used for preparation of processing aids for petroleum chemical plant Characteristics Item Typical value Density ( Flash point (coc), (gb/t3536),180 Kinematic viscosity (100¡), (gb/t265), mm2/s 800 Tan, (q/jth012, affix a), mgkoh/g 110 The enterprise standard q/jth012-2008 Packing and handling It is packed in 200 litre metal drums. Store in dry, clean and well ventilated warehouses. For the details of health and safety precautions, please see the related material safety data sheet. 170kgs/metal drum
Rd3161l multifunctional engine oil additive for ci-4/sl 1. Description Rd3161l has been developed to formulate high quality automotive engine oils and multigrade oils. The following performance levels can be achieved with oils formulated with rd3161l. 2. The recommended dosage Performance level Dosage (wt%) Ci-4¡¢ch-4/sl 12.0 Cf-4/sl 7.5 Cf-4/sj 6.2 Cd/sf 4.8 3. Characteristics Item Typical value Test method Flash point (coc) ¡ãc, 180min Gb/t 3536 Kinematic viscosity (100¡ãc), mm2/s Report Gb/t 265 Calcium, wt%, 3.0-4.0 Sh/t 0270 Tbn, mg koh/g, 110-120 Sh/t0251 Zinc, wt%, 1.1-1.5 Sh/t 0226 Phosphorus, wt%, min 0.8-1.1 Sh/t 0296 Nitrogen, wt%, 0.5-0.7 Sh/t0224 Magnesium, wt% 0.15-0.25 Sh/t0027 Boron, wt% 0.1-0.2 Sh/t0227 Molybdenum, wt% 0.02-0.03 Spectrophoto Metry 4. Packing and storage The packing, marking, transportation, storage and delivery acceptance should meet the requirements of sh/t0164. It is packed in 200 litre metal drum. Store in dry, clean and ventilating warehouses. It is packed in 200 litre metal drum. Store in dry, clean and ventilating warehouses.
T202 zinc butyl octyl primary alkyl dithiophosphate Description T202 is a zinc thiophosphate, which is prepared from thiophosphoric acid made from butyl octyl alcohol. When added into oils, it can inhibit oil oxidation. It has antioxidation, antiwear and corrosion proof. The product is a multi-function additive with antioxidation and antiwear and anticorrosion. Special features Better antioxidation Better abrasion resistance Better thermal stability Applications Primarily used for various internal combustion engine oils Used for gear oils, hydraulic oils, bearing oils, rail oils and metalworking oils; but it can not be used with silver parts. The dosage: 0.5-3.0% Characteristics Item Typical value Density (20), (gb/t2540), kg/m3 Report Flash point (coc), (gb/t3536), 180 S, (sh/t0303), m% 16.0 P, (sh/t0296), m% 8.0 Zn, (sh/t0226), m% 8.5 Ph value, (sh/t0394, affix a) 6.0 Executive standard: sh/t0394-1996 Packing and handling It is packed in metal drums of 200 litres. Store in dry, clean and well ventilated warehouses. For the details of health and safety precautions, please see the related material safety data sheet. 200kgs/metal drums
Rd3161l multifunctional engine oil additive for ci-4/sl 1. Description Rd3161l has been developed to formulate high quality automotive engine oils and multigrade oils. The following performance levels can be achieved with oils formulated with rd3161l. 2. The recommended dosage Performance level Dosage (wt%) Ci-4¡¢ch-4/sl 12.0 Cf-4/sl 7.5 Cf-4/sj 6.2 Cd/sf 4.8 3. Characteristics Item Typical value Test method Flash point (coc) c, 180min Gb/t 3536 Kinematic viscosity (100c), mm2/s Report Gb/t 265 Calcium, wt%, 3.0-4.0 Sh/t 0270 Tbn, mg koh/g, 110-120 Sh/t0251 Zinc, wt%, 1.1-1.5 Sh/t 0226 Phosphorus, wt%, min 0.8-1.1 Sh/t 0296 Nitrogen, wt%, 0.5-0.7 Sh/t0224 Magnesium, wt% 0.15-0.25 Sh/t0027 Boron, wt% 0.1-0.2 Sh/t0227 Molybdenum, wt% 0.02-0.03 Spectrophoto Metry 4. Packing and storage The packing, marking, transportation, storage and delivery acceptance should meet the requirements of sh/t0164. It is packed in 200 litre metal drum. Store in dry, clean and ventilating warehouses. 185kgs/metal drums
Rd3133 additive package for engine oil cd/cf, cc/sc, cb/sb, cc/sd £¬cd/sf 1. Description Rd3133 is dark brown viscous liquid prepared form varieties of additives, such as excellent detergent, dispersant, antioxidant and corrosion inhibitor and antiwear agent. The recommended treat meet the following classification and specification requirements. 2. The recommended dosage Api Multi/mono Treating rate(wt%) Cd/cf Multi 6.0 Cd/cf Mono 5.5 Cc/sc Multi 3.0 Cc/sc Mono 2.8 Cb/sb Mono 2 Cd/sf Multi 4.5 Cc/sd Multi 3.8 3. Characteristics Item Typical value Test method Density (20¡ãc), kg/m3 Report Gb/t 1884 Flash point (coc) ¡ãc, 170 Gb/t 3536 Kinematic viscosity (100¡ãc), mm2/s Report Gb/t 265 Calcium, wt%, 6.0 Sh/t 0270 Zinc, wt%, 1.6 Sh/t 0226 Phosphorus, wt%, min 1.2 Sh/t 0296 Tbn, mg koh/g, 180 Sh/t 0251 4. Packing and storage The packing, marking, transportation, storage and delivery acceptance should meet the requirements of sh/t0164. It is packed in 200 litre metal drum. Store in dry, clean and ventilating warehouses.
T107 (tbn400) long-chain linear alkyl benzene high base synthetic magnesium sulfonate Description T107 is prepared from long-chain (c20-24) linear alkylbenzene sulfonic acid. It can provide lubricants with excellent acid neutralizing ability, fine detergency & dispersion effects and antirust performance. Special features Excellent acid neutralizing ability Detergency property Low ash content Antirust performance Applications Primarily used for blending high grade engine oils, especially for blending the oils with low ash content The dosage: 0.5-3.0% Characteristics ItemTypical value Density (20), (gb/t1884), kg/m3Report Flash point (coc), (gb/t3536), 175 Kinematic viscosity (100), (gb/t265), mm2/s95 Tbn, (sh/t0251), mgkoh/g400 Mg, (q/ths 09), m%9.2 Packing and handling It is packed in 200 litre metal drums. Store in dry, clean and well ventilated warehouses. For the details of health and safety precautions, please see the related material safety data sheet. 200kgs/metal drum
With selected low ash low sulphur bituminous coal as raw material, adopted agglomeration process and steam activation. The sugar carbon produces good hardness and high internal surfance area with optimum pore size to adsorb color bodies and odor molecules from solution. It is acid washed to reduce ash and iron content which ensures the safer and cleaner treated solution. The carbon can be reactivated by thermal activation to reduce the overall cost. The acid washed sugar carbon is used in organic sugar refining and decolorisation and purification of chemical industry such as lyrcine. succinic , organic esters soda ash etc Sugar carbon impregnated with MgO is what we developed and applied successfully in cane sugar industry when exported to foreign customers.
A3 Steel Frame, Powder Coated Wooden Handle
BITUMEN GRADE 80/100 Characteristic Specification Test Method SPECIFIC GRAVITY @25/25oC 1.01/1.05 D.70 PENETRATION @ 25oC 80/100 D.5 SOFTENING POINT oC 45/52 D.36 DUCTILITY @25oC 100 MIN D.113 LOSS ON HEATING %WT 0.5 MAX D.6 DROP IN PENETRATION AFTER HEATING % 20 MAX D.5 FLASH POINT oC 225 MIN D.92 SOLUBILITY IN TCE %WT 99.5 MIN D.4 ORGANIC MATTER INSOLUBLE IN CS2 %WT 0.2 MAX D.4 SPOT TEST NEGATIVE *A.A.S.O T102-42 BITUMEN GRADE 60/70 Characteristic Specification Test Method SPECIFIC GRAVITY @25/25oC 1.01 - 1.06 ASTM D-70 PENETRATION @ 25oC 60-70 ASTM D-5 SOFTENING POINT oC 49-56 ASTM D-36 DUCTILITY @25oC 100 Min ASTM D-113 LOSS ON HEATING %WT 0.2 Max ASTM D-6 DROP IN PENETRATION AFTER HEATING % 20 Max ASTM D-5 FLASH POINT oC 250 Min ASTM D-92 SOLUBILITY IN TCE %WT 99.5 Min ASTM D-4 ORGANIC MATTER INSOLUBLE IN CS2 %WT 0.2 Max ASTM D-4 SPOT TEST Negative "A.A.S.O.T.102 Packaging & Shipping PACKING : 180 kgs in New Steel Drums. PACKED IN CORRUGATED NEWLY PRODUCED COLD ROLLED STEEL DRUMS COATED IN ANTIRUST BLACK WITH DESCRIPTION AS FOLLOWS: Height 980mm Diameter 500mm Thickness 0.50mm &/or 0.60mm Gross Weight 190 kgs Net Weight 180 kgs Tolerance Max +/- 3%
USP Mineral Oil (Food Grade), a product used for lubricating sewing machines for sacks without contaminating grains (cereals, seeds, salt, grains, etc.) WJWAX specializes in producing food-grade and cosmetic white oil. If you have any needs in this area, please contact us to request TDS or COA. Both FCL and LCL quotations are acceptable. USP mineral oil, which is food grade, can be used for lubricating sewing machines. Here's how it is utilized: Lubrication: Mineral oil is applied to the moving parts of sewing machines to reduce friction and ensure smooth operation. It helps to prevent wear and tear and prolong the lifespan of the machine. Protection: The oil forms a protective barrier on the metal surfaces, preventing rust and corrosion. This helps to maintain the integrity of the machine and prevents damage from moisture or humidity. Noise Reduction: Proper lubrication with mineral oil can help reduce the noise produced by the sewing machine, resulting in quieter operation. When using USP mineral oil for lubricating sewing machines, it is important to ensure that the oil meets food-grade standards and is safe for contact with fabrics and threads. Regular maintenance and proper lubrication can help keep the sewing machine in optimal working condition.
Naphthenic mineral oil serves as a valuable rubber plasticizer for shoe soles, enhancing their flexibility, comfort, durability, and resistance to environmental factors. Its addition contributes to the overall quality and performance of the footwear, providing a superior user experience. This white oil is mainly available in two models, N4010 and N4006, with the difference in viscosity and flash point. The specific application effects are as follows: 1. Plasticization: It acts as a plasticizer, enhancing the flexibility and workability of rubber compounds used for soles. It improves the ability of the rubber to deform and recover its shape, allowing for greater comfort and ease of movement. 2. Softness and Comfort: The addition of naphthenic mineral oil as a plasticizer imparts a softer and more cushioned feel to the sole. This improves the overall comfort level, reducing the impact on the feet and providing a more pleasant walking or running experience. 3. Durability and Wear Resistance: It enhances the durability and wear resistance of shoe soles. It helps to increase the tensile strength and tear resistance of the rubber compound, making the soles more resistant to abrasion and extending their lifespan. 4. Processing Aid: It acts as a processing aid during the manufacturing of soles. It improves the flow properties of the rubber compound, facilitating easier mixing, molding, and shaping processes. This results in more efficient production and consistent quality of the shoe soles. 5. Resistance to Environmental Factors: It helps improve the resistance of soles to various environmental factors. It provides a barrier against moisture, preventing water absorption and reducing the risk of sole degradation. Additionally, it enhances the resistance to aging, UV exposure, and chemical agents, ensuring the longevity of the shoe soles. 6. Adhesion and Bonding: Naphthenic mineral oil aids in the adhesion and bonding of the sole to other components, such as the upper material or the outsole. It improves the interfacial properties and promotes strong and reliable bonding, ensuring the structural integrity of the shoe. It is important to note that the selection of the appropriate naphthenic mineral oil grade is crucial to achieve the desired properties in shoe soles. Factors such as viscosity, volatility, and compatibility with other additives and rubber ingredients should be considered during formulation.
I have a Russian client who asked me: We need a base for preservation oil for galvanized rolled steel, and the answer is yes. We are a white oil manufacturer and can provide white oil products with various viscosities and flash points. Generally speaking, 22# and 100# white oil are very suitable for the rust prevention of Galvanized Rolled Steel. If you are interested, please feel free to consult us. White oil is not commonly used specifically for enhancing the corrosion resistance of galvanized rolled steel. Galvanized steel already possesses a protective zinc coating that provides excellent corrosion resistance. However, Mineral oil can be utilized in other ways to protect galvanized steel or other metal surfaces from corrosion. One application of white mineral oil is as a rust preventative or lubricant. When applied to the surface of galvanized steel, it can help inhibit the formation of rust by creating a thin protective barrier. The oil acts as a moisture barrier, preventing water or other corrosive agents from coming into direct contact with the metal surface. Additionally, white mineral oil can be used as a cleaning agent for removing dirt, debris, or contaminants from the surface of galvanized steel. Keeping the surface clean and free from potential corrosive agents can help maintain the integrity of the galvanized coating and prevent corrosion. It's important to note that the use of white mineral oil on galvanized steel should be done with caution, as certain additives or impurities in the oil may have adverse effects on the galvanized coating. It is recommended to use highly refined white mineral oil to minimize the risk of any negative interactions.
AdBlue liquid solution is made up of 32.5% urea and 67.5% de-ionised water. You may be wondering, where does the urea in AdBlue ic ammonia and carbon dioxide. The urea is then added to the de-ionised water to create AdBlue. This guarantees quality in accordance with very strict specifications contained in ISO 22241. AdBlue is a diesel exhaust fluid used in vehicles with Selective Catalytic Reduction (SCR) technology to reduce harmful gases being released into the atmosphere. AdBlue is a 32,5 % solution of high-purity, synthetically manufactured urea in de-mineralized water. It is a safe-to-use fluid. Parameter Minimum Maximum Unit Appearance Colourless Liquid with slight ammonia odour   Freezing point -11°C -11°C °C Boiling point 100°C 100°C °C Basicity 9 10 pH Flash point not applicable (non-flammable)   Water solubility 100  g/l Viscosity at 20°C 1.4 1.4 mPa.s Urea Content 31.8 33.2 % Density at 20°C 1.087 1.093 g/cm3 Refracting index at 20°C 1.3814 1.3843  Alkalinity as NH3  0.2 % Biuret  0.3 % Insolubles 20 mg/kg  20 mg/kg Calcium  0.5 mg/kg Iron  0.5 mg/kg Aluminium  0.5 mg/kg Magnesium  0.5 mg/kg Sodium  0.5 mg/kg Potassium  0.5 mg/kg Copper  0.2 mg/kg Zinc  0.2 mg/kg Chromium  0.2 mg/kg Nickel  0.2 mg/kg
