The vacuum tube around makes room temperature more uniform, avoiding organic connecting with fires burring. Set temp and control are all intelligent digital display, high accuracy. All the models adopt jacketed vacuum glass door. On the one hand, it keeps the temp in room; On the other hand you can see the dried instruments clearly. The door that can be adjusted is overall the silicone rubber molding circle, which can insure the vacuum degree.
Cold Briquetted Iron (CBI) is defined as DRI which has been molded at a temperature less than 650 �°C or with a density of less than 5000 kg/m3. Due to the raw material sharp shortage for steelmaking in many countries worldwide, a need arises to find a substitute material to replace the rare pig iron and expensive steel scraps that were used by steelmaking plants. 1- More density and less porosity The apparent density of CBI is about 8.3 grams per cubic centimeter and the density of DRI is about 2.3 grams per cubic centimeter. On the other hand, the volumetric porosity of these two products is about 30 and 50%, respectively. These two factors reduce the environmental reactivity of CBIC and its lower transportation costs. 2- Less fine The wear resistance and higher mechanical strength of CBI compared to sponge iron causes less softening to occur during the handling of the product, and as a result, both the economic value of the product is prevented and the charge losses of the product in the steelmaking furnace are prevented. is significantly reduced. 3- Easier to store and carry Due to the lower reactivity of CBI compared to DRI, the loss of metal grade of the product during storage and transportation is significantly reduced, which will reduce the amount of economic value loss of the product from the time of production to the time of use in the steelmaking furnace. On the other hand, sea transportation of CBI leads to a reduction in transportation costs compared to DRI due to the absence of the need to apply neutral gas to prevent product activation. 4- More thermal and electrical conductivity The thermal and electrical conductivity of CBI is about 2 times that of DRI. This higher conductivity of CBI improves the distribution of heat created in the steelmaking furnace and, as a result, accelerates the melting process of iron materials. This will mean reducing the melting time of the steelmaking process and improving the production capacity of the steelmaking unit. 5- Carbon adjustment The presence of carbon in steelmaking furnaces is necessary in order to provide carbon for the final steel product, prevent excessive losses of iron, and also regulate the physical and chemical conditions of the slag. Usually, induction furnaces require low-carbon iron materials, but in electric arc furnaces, high-carbon iron materials are more attractive. The unique feature of CBI product is the ability to adjust its carbon content in the range of 0.5 to 4% by weight and based on the needs of customers.
Whole Cloves 1 Whole Cloves - FAQ 2 Whole Cloves - Sieved & Cleaned 3 Whole Cloves - HPS* (Hand Picked and Selected) 4 Stems - Clean *Headless count below 15% Ground Cloves 1 Ground Cloves min. 10% V.O.* 2 Ground Cloves min. 12% V.O.* 3 Ground Cloves min. 14% V.O.* *Higher V.O. available on request. Standard Powder particle size 18 Mesh. Other particle size available on request. Steam sterilization provided in our factory upon request.
RBD HCNO is RBD CNO that has gone through the Hydrogenation process. RBD HCNO is a solid white fat with a clear texture and liquid when applied to heat. RBD HCNO can be used as the main raw material in the food industry. The use of RBD HCNO is very important for the beverage and food industry, because RBD HCNO can be used as a savory enhancer in creamer, RBD HCNO is also widely used for beverages such as coffee and chocolate and other food products. RBD HCNO also has a higher melting point than oil in general.
Briquette for BBQ Spec : Calorie Value 7000kcal - 8000 Kcal Ash Content 20% Total Moisture 7% White Ash No Chemicals Fixed Carbon 51% Shape and Size by request
Whole / Broken Mace Siau/Ambon, Papua 1 Mace Broken < 10ppb* / < 20 ppb* 2 Mace FAQ < 10ppb* / < 20 ppb* 3 Mace Sieved & Clean < 10ppb* / < 20 ppb* 4 Mace HPS (Hand Picked and Selected) < 10ppb* / < 20 ppb* Hair Free, Impurities Free, Metal Free, Glass Free *Max. Total Aflatoxin level (B1, B2, G1, G2) Ground Mace Siau/Ambon, Papua 1 Ground Mace min. 6% V.O. < 10ppb* / < 20 ppb* 2 Ground Mace min. 7% V.O. < 10ppb* / < 20 ppb* *Max. Total Aflatoxin level (B1, B2, G1, G2) Standard Powder Particle size 18 Mesh Other particle size available on request Steam sterilization provided in our factory upon request.
RBD Coconut Oil is a clear white liquid and will turn semi-solid at room temperature. In order for Crude Coconut Oil to be suitable for consumption, it must be purified, bleached and deodorized (RBD). RBD Coconut Oil is used in coconut based cooking oil, for commercial food processing and in the chemical industry. Specification : colour in 5 1/4" cell 0.7 (max) Free Fatty Acid as Lauric 0.075% (max) Iodine Value (wijs) 8.5 - 10.5 (max) Moisture & Impurities 0.1% (max) Flexi bag packaging / Drum packaging *you can create your own brand
Whole Black Pepper 1 Indonesian Black Pepper 550 g/l machine cleaned 2 Indonesian Black Pepper 570 g/l ASTA Ground Black Pepper 1 Black Pepper powder (20 / 40 / 60 Mesh) 2 Black Pepper Table (Dustless 380/840 microns) 3 Black Pepper Coarse (Dustless 840/1500 microns) 4 Black Pepper Crushed (Dustless 1500/2000 microns) Whole White Pepper 1 Indonesian White Pepper 640 g/l Double washed 2 Indonesian White Pepper 640 g/l Single washed Ground White Pepper 1 White Pepper Powder (20 / 40 / 60 Mesh) Steam sterilization provided in our factory upon request.
Whole / Broken Nutmeg Siau/Ambon, Papua 1 Nutmeg BWP (Broken Wormed Punctured) 2 Nutmeg BWP Reconditioned (black & mold out) 3 Nutmeg SS (Sound Shrivels) < 10 ppb* / < 20 ppb* 4 Nutmeg Cracked UV Selected < 10 ppb* / < 20 ppb* 5 Nutmeg ABCD < 10 ppb* / 20 ppb* 6 Nutmeg ABCD calibrated < 10 ppb* / < 20 ppb* *Max. Total Aflatoxin level (B1, B2, G1, G2) Ground Nutmeg Siau/Ambon, Papua 1 Ground Nutmeg min. 4% V.O.** < 10ppb* / < 20 ppb* 2 Ground Nutmeg min. 5% V.O.** < 10ppb* / < 20 ppb* 3 Ground Nutmeg min. 6% V.O.** < 10ppb* / < 20 ppb* *Max. Total Aflatoxin level (B1, B2, G1, G2) **Higher V.O. available on request Standard powder particle size, 20 Mesh. Other particle size available on request Steam sterilization provided in our factory upon request.
Whole Cassia 1 Cassia Cut AA 6 / 7 / 8 cm (2,35 / 2,75 / 3 inch)* 2 Cassia Broken KBBC ISO & ASTA Markets*** 1,1%/ 1,5% / 1,75% V.O. 3 Cassia Broken KABC ISO & ASTA Markets*** 2% / 2,25% / 2,5% / 2,75% / 3% / 3,5% V.O.** *Other size available **Higher V.O. available on request ***ISO & ASTA MARKETS - V.O. - TESTING METHODS Ground Cassia 1 Ground Cassia 1% V.O. ISO & ASTA MARKETS** 2 Ground Cassia 1,5% V.O. ISO & ASTA MARKETS** 3 Ground Cassia 2% V.O. ISO & ASTA MARKETS** 4 Ground Cassia 2,5% V.O. ISO & ASTA MARKETS** *Higher V.O. available on request Standard Powder particle size 45 Mesh. Other particle size available on request. ***ISO & ASTA MARKETS - V.O. - TESTING METHODS Steam sterilization provided in our factory upon request.
Coconut briquette produce of 100% natural coconut charcoal shell. As a fuel, it is hotter and last longer than ordinary charcoal. Our production capacity reaches up to 100 tons per month to meet the needs of the world market. We produce and distribute a wide variety of charcoal briquettes in different parts of the world. Our briquettes are made from premium raw material, so it can produce the best specification for shisha/hookah. The ash content below 2,5%, calori value reach 7000 - 7500kcal, and the important thing is the color of it is white ash.
High-Quality material in Polyamide Tubing, Polyurethane, Polyethylene, Fluoropolymer Polyamide The success of polyamides is due to a combination of characteristics that make them ideal for many applications. Polyamides combine optimal mechanical properties with excellent chemical resistance; they can be used as metal substitutes or even as elastomers; they can be used in both protected and aggressive environments (UV rays, bad weather conditions, etc.); this is possible due to the numerous types of polyamides that manifest varied and specific characteristics. Polyurethane The term polyurethane encompasses a vast family of products with numerous varied characteristics in terms of mechanical, chemical and physical properties. Through the right choice and proportion of polyols and diisocyanates it is possible for products to range from soft and sponge-like, such as flexible foams with extremely low density (pillows, mattresses, etc.) to products with elevated resistance to compression and flexion stress (for applications in sporting goods, such as hiking boots, ski boots, etc.). In order to have a general guide regarding the characteristics of polyurethane, the primary distinctions to consider relate to its chemical nature, or rather, if it has an ester or ether base. In commerce there is also a third family of polyurethane, which derives from the synthesis of caprolactam, which exhibits intermediate characteristics between polyester and polyether. Fluoropolymer Increasingly more technical applications in aggressive environments, in terms of temperature, chemical agents and atmospheric conditions, made it possible for fluoropolymers to find more space on the market. These polymers offer extremely high performance, though at elevated costs regarding both raw materials and production. Depending on the bond between carbon and fluorine, and their arrangement in the molecular structure, one can have varying products with different characteristics. Concerning chemical resistance and use at low and high temperatures, the father of all fluoropolymers is PTFE, which demonstrates almost complete inertia towards most known chemical reagents and has work temperatures that range from -260 to +260 �?�°C. After PTFE, these other fluoropolymers can be found, in order of importance: PFA, FEP, and PVDF. Polyethylene Polyethylene, making up 40% of the total volume of plastic materials produced in the world, is one of the most diffused polymers in everyday life. Despite its simple chemical composition, there are numerous varieties of polyethylene with differing thermal and mechanical properties.
Solenoid valve for automatic watering using a metal body. Usable for various applications ranging from protected horticulture to golf courses and facility greening
Medium bore size (32 to 100) series of standard tie rod cylinders. Environment-friendly cylinder that has eliminated hazardous substances. Suitable for all applications with reliable performance and a wide variety of options.
Lightweight compact drain separator. The cyclone effect causes water droplets in the compressed air to strike the inner wall of the bowl; this gathers and enlarges them, removing 99% or more of the moisture. Ideal for easy drainage from air piping. [Applicable compressor: 0.75 kW to 37 kW]
Compact modular design in which major boundary dimensions of devices such as filters, regulators, lubricators, etc., are unified.
Generates high pressure air, double the primary pressure without electric power. Contributes to energy savings of the plant by utilizing existing compressed air equipment to boost pressure in areas where it is needed. Long service life components reduce total cost of plant.
Elbow speed control valve with push-in fitting. Piping screw is coated with sealant.
Push-in fitting for pneumatic piping. Compact size for space saving. Work environment and device-friendly flame-resistant white body.
Fluoropolymer Increasingly more technical applications in aggressive environments, in terms of temperature, chemical agents and atmospheric conditions, made it possible for fluoropolymers to find more space on the market. These polymers offer extremely high performance, though at elevated costs regarding both raw materials and production. Depending on the bond between carbon and fluorine, and their arrangement in the molecular structure, one can have varying products with different characteristics. Concerning chemical resistance and use at low and high temperatures, the father of all fluoropolymers is PTFE, which demonstrates almost complete inertia towards most known chemical reagents and has work temperatures that range from -260 to +260 'C. After PTFE, these other fluoropolymers can be found, in order of importance: PFA, FEP, and PVDF.
