Ppe (face mask, gloves, sanitizer), minerals (chrome, coppers, aluminium, manganese, coal, iron ore, kimberlite, cobalt).
D2 and Crude Oil and Charcoal.
Diesel, fuel.
D2.
D2, mazut.
Disposable mask, reusable mask (adult & kids), kn95 mask, n95 niosh mask, face shields (adult & kids), medical goggles, disposable gowns (l1/l2/l3/l4), coveralls, disposable gloves (nitrile, vinyl & latex), food grade gloves, shoe cover, head cover, disinfection spray, hand sanitizer, infrared thermometer, hospital beds, icu ventilators, vg70 ventilators, disinfection door, disinfection tunnel, social distancing stickers, social distancing shields, food delivery robots, cleaning robots.
Food colors, wide range of food colors and lab reagents, bio logical stains, our colors are widely used in food & beverages, pharmaceutials, cosmetics industries, cattle feed, toiletary, inkjet, crayons, sketch colors, toys.
Fertilizers like DAP18-46, MAP11-44,10-50, Urea, MAP12-61, SOP, MKP, Ammonium Sulphate..
Polyethylene flakes, PE wax flakes, PE wax powder, rubber wax, tio2, titanium dioxide.
FOB PROCEDURE FOR TANK TO VESSEL TRANSACTIONS Step 1: Submission of ICPO The Buyer issues an Irrevocable Corporate Purchase Order (ICPO) including Seller's working procedure and Banking details. A scanned copy of the Buyers passport data page. Certificate of Incorporation. Charter Party Agreement (CPA) Step 2: Issuance and Signing of Commercial Invoice The Seller issues a Commercial Invoice (CI) The Buyer signs and returns the Commercial Invoice to the Seller. Step 3: Release of Partial Proof of Product (PPOP) Documents Upon receiving the signed Commercial Invoice, the Seller provides Partial Proof of Product (PPOP) Authorization to Verify (ATV) Commitment Letter to Supply Certificate of Origin Statement of Product Availability Authorization to Sell/Collect Tank Storage Receipt (TSR) Injection Report Step 4: Terminal Access and Dip Test Preparation The Seller grants the Buyer terminal access credentials or authorizes the Buyer to obtain a Terminal Access Agreement (TAA) from the Sellers tank farm. This allows the Buyer to conduct a dip test for quantity and quality inspection by SGS at the Seller's tank. Step 5: Conducting the Dip Test Upon securing terminal access, the Seller issues a Dip Test Authorization (DTA) to the Buyer. The Buyer and their SGS Inspection team conduct a dip test on the product stored in the Sellers tank. Step 6: Notice of Readiness for Injection Following satisfactory dip test results, the Sellers storage company issues a Notice of Readiness (NOR) for the injection process to commence. Step 7: Logistics Preparation for Injection The Buyer provides the following documentation: Q88 (vessel questionnaire) ATI (Authorization to Inject) from their logistics/shipping company. The Buyer ensures the vessel is made available for the injection process as scheduled. Note: Injection fees apply if the Buyer does not provide their own injection personnel. Step 8: Completion of Injection and Release of POP Documents Upon completion of the injection, the Seller releases the following Proof of Product (POP) documents to the Buyer: Product SGS Report Pipeline Injection Report Authority to Sell and Collect (ATSC) Product Passport (Analysis Test Report) NCNDA/IMFPA for all intermediaries involved in the transaction. Step 9: Payment and Transfer of Ownership Upon confirmation of the POP documents and endorsement of the NCNDA/IMFPA, the Buyer makes payment for the total product value injected into the vessel via MT103 TT wire transfer. The Seller pays all intermediaries involved in the transaction within 24 hours of receiving payment and transfers the Title of Ownership Certificate to the entity nominated by the Buyer. Step 10: Subsequent Shipments
OUR SOLVENTS ARE OPTIMIZED TO PERFORM EFFICIENTLY ACROSS DIVERSE APPLICATIONS, INCLUDING THE PROCESSING OF BIOFUELS AND BIOPRODUCTS.
OUR BIO-BASED FUEL OIL IS ENGINEERED FOR APPLICATIONS TRADITIONALLY RELIANT ON FOSSIL-DERIVED FUEL OIL, PROVIDING RENEWABLE ALTERNATIVE THAT MAINTAINS PERFORMANCE STANDARDS WHILE REDUCING ENVIRONMENTAL IMPACT.
1, Wide working range: adaptable for 12mm- 50mm same diameter, different diameter, bending, new and old, advance covered up rebar of GB 1499, BS 4449, ASTM A615 or ASTM A706 standard. 2, High strength: stronger than the reinforcement bar and guarantees bar break under tensile stress(tensile strength of bar joint =1.1 times of bars specified tensile strength). It can satisfy the requirements stipulated in the Chinese standard JGJ107-2003, JG171-2005. 3, High efficiency: upset forging and threading one joint only needs no more than one minute, and handy operation and quick link. 4, Environmental protection and economy profit: no environment pollution, can work all day, not affected by weather, economize energy source and bar material
The NC press brake connects the left and right swing arms through the torsion axis to form a torsion axis forced synchronization mechanism, so that the oil cylinders on both sides can move up and down, thereby realizing the synchronous movement of the slider. The NC press brake has been widely used in the metal processing industry for its advantages such as high precision, stability, high degree of automation and cost-effectiveness.
Hydraulic bending machine forming is an efficient and versatile method of forming sheet metal. The process utilizes the force of hydraulic cylinders to apply pressure and bend the material into the desired shape. With precise controls and adjustable settings, hydraulic press brakes forming offers superior accuracy and repeatability, making it ideal for a variety of industries including automotive, aerospace and construction. Whether it's creating crisp angles, complex curves or straight bends, hydraulic press brake forming provides the flexibility and precision needed for a variety of metal fabrication projects. With advanced technology and innovative features, hydraulic press brake forming enables manufacturers to realize complex designs, meet tight tolerances and produce high-quality finished products.
Heating and hardening methods Steel has a critical temperature at which it becomes ductile and begins to change its chemical structure. When steel is heated above this temperature, it enters what is known as the austenite stage. From this point on, engineers can create the correct shape and quality of steel that they need. There are many ways to heat treat steel, including but not limited to: Annealing - heating and then slowly cooling the steel to refine it and make it softer Carburizing - using heat and carbon-rich materials to add carbon to the surface Surface Hardening - Carburizing and rapidly cooling the steel so that the center remains soft and the rest hardens Cyanide Hardening - similar to surface hardening, but uses molten cyanide salts instead of carbon to form a hard shell Decarburization - removing carbon from a steel alloy by heat or oxidation Nitriding - adding nitrogen to the surface of steel using heat and a nitrogen-rich liquid or gas Stretching or Tempering - reheating steel that has been cooled to a specific temperature to remove hardness
AR400 Steel AR400 is designed for wear and abrasion applications.Typical hardness of AR400 ranges from 360-444 BHN, which is slightly lower than AR450.Like other wear-resistant steels, it does not have a defined chemical composition, but rather a grade based on hardness. Benefits of AR400 Steel When determining which wear-resistant steel is best for your application, it is important to note that each grade responds differently to many manufacturing processes.AR400 steel plate is ideal for applications that require wear resistance but must be formable and weldable. Because of these properties, it can be used in a variety of different applications. It is particularly suitable for applications where impact or sliding wear may be present.
AR400 Steel AR400 is designed for wear and abrasion applications.Typical hardness of AR400 ranges from 360-444 BHN, which is slightly lower than AR450.Like other wear-resistant steels, it does not have a defined chemical composition, but rather a grade based on hardness. Benefits of AR400 Steel When determining which wear-resistant steel is best for your application, it is important to note that each grade responds differently to many manufacturing processes.AR400 steel plate is ideal for applications that require wear resistance but must be formable and weldable. Because of these properties, it can be used in a variety of different applications. It is particularly suitable for applications where impact or sliding wear may be present. Properties of AR400 Steel In addition to its general properties of formability, AR400 steel has the following mechanical properties while maintaining good wear resistance: Machining = fair Bending = good Corrosion resistance = good Welding = excellent Wear resistance = very good Provides excellent resistance to impact and sliding wear at a moderate cost. Recommended for: Lining of mining and material handling equipment such as dump trucks, material transfer chutes, storage bins, buckets and hoppers
Rebar fabrication equipment, bsts rebar thread cutting machine used for LINXION PI mechanical connection, best selled in India market. The advantages: 1.High efficency by manual operation of thread cutting; 2.Easy operate, no need to change other parts at same thread pitch, applied for 16-40mm all diameter deformed bars. 3.Easy and simple for working man
1.Place it well at the working point. 2.Directly use it to press connection point with screwless couplers to link the two rebar.
