Technology Transfer

Supplier: Activated carbon

Supplier: Borosilicate glass equipment, PTFE products, chemicals, graphite products, silica sand, metals & minerals, jute bags & products, pipes & pipe fittings, fiber gaskets, spiral wound gaskets & engineering items like valves
Services: Technological developments & technology transfer, international business services & energy management services
Buyer: Equipments & machines, instruments, highly technical industrial / products & technologies

Supplier: Machinery viz. Electroforming machine, color plating machine, ball hammering, specialized plating set with technology transfer, specialized etching machine, hollow beads making machine, tools, transparent plating machine

Yunnan Alphy Biotech Co.,Ltd. is a high-technology company engaged in engineering large-cell culture of Haematococcus pluvialis for the production of natural astaxanthin. The company was founded May 10, 2007, with registered capital of ten million yuan. The registered business scopes include; Biotechnology research and development and technology transfer, Aquaculture of aquatic organisms, and production and marketing of related products. Extraction Type: Solvent Extraction Packaging Details: Aluminium foil bag (1kg, 5kg) for powder; Aluminium barrel (1kg, 5kg) for oil.

Dyes that are used for Digital Textile Printing are different from dyes that are used in Textile Printing. The dyes used in digital textile printing are for all commercial grade applications and are compatible with low cost ink jet ink systems as well. Some of the popular dyes commonly used for digital textile Inks are: Acid Dye Reactive Dye Disperse Dye The dyes offered for digital textile printing display following properties: A low to medium salt content A low to medium salt content Brilliant colors High light fastness Digital printing is method of directly printing from digital based image to variety of media. Here, the dye-sublimation printer used is computer printer that employs printing process which use heat to effectively transfer dye onto medium materials like. Plastic card Paper Fabric Technology - Digital Textile Printing This technology comprises steps concerning printing designs on fabric, directly from computer Here, you can print on fabric just like printing on paper once you are finished creating the designs This is next generation printing The only need of Digital Textile Printing is fabrics that are used need to be pre-treated to confirm regarding their ink holding capacity A wide variety of colors can also be obtained through pre-treatment process Features: Greater flexibility Easy application Used for versatile purposes Takes less time Has choice of more colors along with photo-realistic effects Dyes that are used in digital printing Inks for fabrics: Name of Digital Printing Inks Types of fibers used Acid inks - Silks & Nylons Disperse inks - Polyesters Dye based inks - Not used in fabrics, it is used for photography applications only Reactive inks - used in all cellulose based fibers like Cotton, Linen & Rayon

25T/D PET Bottle to PSF Production Line This is a solution recycle post-consumer bottles to synthetic fiber. All the fiber from waste PET bottles is recycled and eco-friendly. Normally, BoReTech provides the fiber production line design which can make two or three types of fiber, such as good hollow conjugated fiber and regular tenacity solid fiber, or hollow conjugated fiber, regular hollow fiber and normal tenacity solid fiber. We recommend customer to produce customized regenerated polyester staple fiber (PSF) with minimum power consumption and waste discharge. And we also coordinate with our customer to develop innovative downstream products with special fibers. Input material: Post-consumed PET Bottles, RPET Flakes, RPET Chips, PET Lumps, PET Strap, Fiber Waste, Off-grade Chips Feature/Advantages One-stage service from PET bottle to Polyester staple fiber (PSF) ensures the final quality. With the highest optimization of proposal to reduce the cost of project and achieve the maximum benefits. Fully integrate the market resource, production technology and engineering experience into practical production system, and implement the technology transfer. Various Products would conform to the requirement of the customers and increase the competitive of the product in the market. Steel platform design of spinning building reduces the height and cost of construction. Automatic design of flakes feeding and drying system saves manpower and conversion cost as well as increasing the drying efficiency and flake quality. Fiber Production Process Flowchart Feeding-----Melting-----Extrusion------Spinning & Quenching-----Filtration-----Sunflower Feeding-----Creel-----Tow Guiding-----Drawing-----Draw Batch-----Drawing-----Draw Chest-----Drawing-----Tow Stacker-----Pre-heating-----Crimping-----Relaxing-----Cutting-----Baling *Configuration are optimized due to different types of fiber and capacity

one of the earliest factory focus on thermal transfer technology, and manufactur thermal transfer coating, include Wax Ribbon ,Wax&Resin Ribbon and Resin Ribbon; we was focuse on domestic market for over 20 years, our products have been used for lots of industries, even metallurgic and aerospace, with very high reputation. now we are started our international market.

Features: 3-Button Super LCD Automatic power off According with GB/T14899 stanard Made of stainless steel and manufactured with mordern technology Provide a direct and clear display Functions of prompt transfer display between metric and inch system Zero setting at any potion and data memory is available The beam and vernier are entirely heat-treated All the measuring faces are specially hardened Special requirement can be satisfied

The series of products, producing highly pure hydrogen by utilizing SPE technology to electrolyze pure water (without adding alkali), are light, high efficient, energy-saving, and environmental protection. They are advanced technology patented products. Structural Features Zero polar distance and highly active SPE catalytic electrodes are used Plural-electrode and multiunit electrolysis cell structure with excellent chemical technological process properties of the mass and heat transfer Best choice of materials for multi-electrode and pluralist electrolysis cell with excellent properties of electrochemistry, corrosion resistance and bearing deactivation Complete, mature and credible automatic control system Functions and Characteristics Electrolysis of pure water(without adding alkali)to produce hydrogen with no corrosion and pollution, and the purity of hydrogen is extremely high Cell voltage is low, purification of hydrogen is high, cycle of changing desiccants is long Small electrolytic current, large output of hydrogen and voltage increasing quickly(3 to 5 minutes) Hydrogenation is produced with stable pressure and output, output of hydrogenation can be controlled according to the requirements, and automatic control technology is perfect and reliable Stable hydrogen pressure, stable current output, track with the using hydrogen automatically, and credibly automatic protection technology when there are deaquation, overpressure and water-jet Little noise ·+the fan needn't to work when use the generator·¼ The electrolysis efficiency is high , and power consumption is less Excellent seal performance Technical Parameters Type/Specifications Output Flow·+ml/min·¼0f+510 Output Pressure·+MPa·¼ 0.02-0.4 (Output under Stable Pressure·¼ Fluctuation Ratio of Output Pressure·+%·¼ 99.997/99.9996 Second Protective Pressure(MPa) 0.42 Power Voltage·+V·¼ 220 V f+15% 110f+15% 50f+60Hz Power Input·+W·¼