Product overview It is a mixture of polymer and surface active agent. This agent is a high-efficiency deposit control agent and repulping auxiliary agent that can be used directly on paper, paperboard and pulping systems, so as to control various deposits. Regardless of whether the sediment is derived from resin, broken paper or secondary fibers, it is an excellent cleaning agent. This product is suitable for neutral, acidic, and alkaline systems. It can prevent the resin, viscose, paint stickies and other wet hydrophobic pollutants from being accumulated in the paper and pulp machine felts, thereby making the felts clearer, the paper more efficiently, and the service life of the felts longer. Technical specifications �· Appearance: Light yellow liquid �· Density: 0.88-0.95 g/cm3 �· pH value (10% of water solution): 6-10 �· Solubility: Completely soluble in water, but insoluble in most organic solvents Performance characteristics 1. Improve the operating stability of the squeezing section 2. Prevent the hydrophobic pollutants such as resin and viscose being accumulated on the paper machine felt 3. It can keep the uniformity of the air permeability of the blanket for a long time, and makes the blanket's service life longer 4. Improve product quality and reduce unplanned shutdown time to clean blankets 5. It can frequently utilize secondary fibers and enhance economic benefits. Usage tips The amount can be varied from the paper types. The recommended dosage is 4-10 ml/min/m of fabric or roll width. The low-pressure spray water can be used to spray the forming net and coarse calico paper surface. Packing and storage This product is packed in plastic buckets, 200kg or 1000kg of per plastic buckets. This product shall be stored in a shaded, cool and dry condition at room temperature, shelf life: 6 months. This product is not dangerous.
Product overview WS-4089 is a kind of cationic polymer of polyamide & epichlorohydrin. It can be retentioned via effectively being attracted by pulps with negative charges at fast speed. The thermosetting chemical reaction will be resulted in at the dry section of dryer. The high wet strength of paper is from the stable chemical binding Technical specifications �· Appearance: Light yellow transparent liquid �· Ionic type: Cation �· Solids content: 12.5 �±0.5% �· pH: 3-5 �· Viscosity(25�ºC): â?¤ 100 mPa.s Performance characteristics WS-4089 is easily absorbed by fibers and can be gelatinized at medium or alkaline conditions. It is widely used in papers that need higher wet strength, such as tissues paper, decoration base paper, coated paper, map paper, food package paper, fruit bag paper, medical paper. Usage tips 1. Dosage: 5 kg to 30 kg for each mt of absolute dry pulp (or as per paper sheet situation) 2. It can be used in paper making afte adding into head box continuously via meter pump 3. It performs best at neutral and alkaline conditions. Packing and storage The package can be 200 Liters, 1000 Liters drum or as per clients' requests. It should be stored in cold place. The shelf life time is around 6 months.
Acid Dyes Acid dyes are anionic water-soluble dyes that are used to alter the colour of fibres like silk, wool, nylon, and modified acrylic fibres from neutral to acid. Basic Dyes Veeraco Colourants Private Limited is a top basic dyes manufacturers in India. Our highly developed infrastructure makes research, cultivation. Read More Cationic Dyes Cationic Dyes are modified basic dyes and are available in both liquid and powder form. This is a class of synthetic dyes, that act as bases and when made soluble in water, Daylight Fluorescent Pigments Daylight Fluorescent Pigments have extraordinary brilliance, strength and clean shades. We give 24 eye-catching shades in our series or various applications. Food Colours Food colours are hues that have been chemically produced. Food colours were created as per international food colour quality standards. Optical Brightener It acts as an additive imparting brightness in polymers and intensifying the degree of whiteness. They tend to soak up light in the UV spectrum.. Pigments Pigments are a type of colourant that differ from dyes in multiple ways. Its primary work is to add colour to various materials ranging from cosmetic products... Solvent Dyes Solvent dyes, which are soluble in non-polar fluids and employed in a plethora of requests such as inks, plastics, and petroleum, are known for their versatility. Solvent Soluble Colours Its characteristics are mentioned in the name itself, these dyes are solvent-soluble organic metals exhibiting brilliant shades and excellent properties. Sulphur Dyes Sulphur dyes are water-insoluble and must be transformed to a soluble (leuco) form with an alkaline reducing agent such as Sodium Sulphide (Na2S) Vat Dyes This class of dyes is classified by the method used to apply them. Vat dyeing needs a bucket or vat for the dyeing process. They have high colour fastness...
Features : Multi Color & Multi Material Capability High quality printing with 7 m Lidar Resolution Upgradeable and customizable flexibility High speed CoreXY with 20000 mm/s Acceleration Dual Auto Bed Leveling What to Expect from the X1-Carbon 3D Printer 20 m/s�² acceleration Micro lidar assisted bed leveling Active vibration compensation for better print quality Spaghetti failure detection and auto-pause Print resume after power outage Advanced materials empower advanced projects. Bambu Lab X1 Carbon, equipped with extra cooling and a hardened nozzle and drive gear, unlocks a wider selection of materials, including PA, PC, PET, and TPU, and specializes in carbon fiber and glass fiber reinforced polymers. Colors & Beyond With Bambu Lab Automatic Material System (AMS)ï¼?you can now enjoy printing freely in multiple colors and materials. Vibration Compensation & Extrusion Compensation The active vibration compensation (XY) algorithm and extrusion compensation guarantees extra smoothness and gets you good prints. Dual Auto Bed Leveling Dual Auto Bed Leveling system checks for increased reliability.The lidar and analog force sensors crosscheck for an extra layer of redundancy in bed leveling. Al inspected first layer Tired of waiting out that first layer? The lidar sensor can check your first layer so that you can get back to doing...anything else.
Petra Sulphonated Asphalt is a high-performance drilling fluid that is formulated using a blend of sulphonated asphalt, polymers, and other additives. Sulphonated asphalt is a byproduct of the refining of crude oil, which has been modified through a chemical process to improve its properties for use in drilling fluids. This type of drilling fluid is designed to offer superior rheological properties, fluid loss control, and shale inhibition, which can help to reduce the risks and costs associated with drilling in challenging environments. Overall, Sulphonated Asphalt drilling fluid is a reliable and cost-effective solution for drilling operations in demanding environments. Drilling in shale formations: Sulphonated Asphalt Drilling Fluid is highly effective in inhibiting the swelling and disintegration of shale formations, which can help to reduce the risk of lost circulation and other problems when drilling in shales. 1) High-temperature drilling: Sulphonated Asphalt Drilling Fluid is stable at high temperatures, making it suitable for drilling operations in geothermal wells and other high-temperature environments 2) Wellbore stabilization: Sulphonated Asphalt Drilling Fluid is designed to minimize the amount of fluid that is lost into the formation during drilling, which can help to improve wellbore stability and prevent costly good control issues 3) Horizontal drilling: Sulphonated Asphalt Drilling Fluid can be used in horizontal drilling operations to reduce friction and improve drilling efficiency 4) Elevate your drilling processes with our premium range of specialty chemicals. From drilling mud additives to fluid loss control solutions, our meticulously crafted chemicals are tailored to boost efficiency and minimize downtime. Explore our comprehensive selection today. SULPHONATED ASPHALT ADVANTAGES: 1) Superior rheological properties, which provide excellent control over the viscosity and gel strength of the fluid, reducing the risk of stuck pipe and other issues. 2) Exceptional fluid loss control, minimizing the amount of fluid that is lost into the formation during drilling, improving wellbore stability, and preventing well control issues. 3) Effective shale inhibition, inhibiting the swelling and disintegration of shale formations, reducing the risk of lost circulation and other problems when drilling in shales. 4) Stable at high temperatures, making it suitable for drilling operations in geothermal wells and other high-temperature environments. 5) Can be used in horizontal drilling operations to reduce friction and improve drilling efficiency. 6) A cost-effective solution for drilling operations in challenging environments, reducing the risks and costs associated with drilling.
PRECISION PLASTIC INJECTION MOLDING Digital manufacturing for plastic prototypes and on-de-mand production parts. Request an injection molding quote today. Injection molding is a manufacturing process for producing parts by injecting molten material into a mold. Material for the part is fed into a heated barrel, mixed and injected into a mold cavity where it cools and hardens to the configuration of the cavity. Fangling Precision Plastic Mold Parts / Complete Molds Precision Mold Parts/Spare Parts With quality high precision mold parts, fast lead times, excellent customer service and support, Fangling will be your first choice of precision machining company. Precision Plastic Injection Molds/Tools We use durable materials like steel to create precise molding tools to manufacture quality products. We employ injection molding facilities for creating standard designs as per the client's demand. WHY CHOOSE FANGLING FOR INJECTION MOLDING? If you are looking forward to getting the ultimate injection molding service, then you must choose Fangling for obvious reasons. Why Choose Fangling for Injection Molding? Reputed Brand Fangling is a reputed name for providing the ultimate precision mold services, for saying the least. Latest Technology They use the modern and latest technology to cater to their customers with faultless molding service in the best way possible. They provide the best precision molded plastics for the job. Affordable Despite providing high-quality precision injection molding service as per the excellent industry standard, their service rates are decent and affordable. Other Perks and Benefits There are so many other perks and benefts that you are supposed to get from availing of their service. You should know about precision injection molding Inc. MATERIALS USED IN INJECTION MOLDING There are different kinds of materials used in making precision mold parts and injection plastic parts. Thermoplastics are most used in this regard. Not to mention, a hundred types of various thermoplastics are used in injection molding. INJECTION MOLDING PROCESS Precision injection molding is an effective manufacturing process that produces single parts and products utilizing different materials, commonly thermoplastic and thermosetting polymers. This method is used to manufacture different everyday plastic products such as chairs, bottle lids, telephones, toys, packaging, etc.
Short Description: 1 Double coating layer technology, each layer has different function contribution 2) The coating layer is 100% water soluable material, food contact directly,absolutely safe 3)The coating layer can be treated on paper machine (FK1+ coating layer) or offline coating what is EPP ? 1) EPP is three English Words's Abbreviation: Environment Protection Polymer ,it is the code of our new product(Zero plastic or plastic free cupstock ), like GCU,also a patened technology which we developed in NAPPEPP 2) The technology focus an unique coating technology which provide the finished cup excellent hot sealing performance,water or oil resistance, low migration (to beverage), low odor 3) our EPP also focus three key demand in the market repulpable(Beingrecycled in paper or board stream), bio-degradeable, Compostable Why choose EPP? 1)The plastic is everywhere 2)To being a member of the Earth, everyone has the responsibility to do something 3)To being a papermaker, we should do sth., we have the capabilty to do something 4)To being the largest pulp and paper interprise in the world, we should do something Paper Cup - Brand owner and regulatory Statements Increasing pressure by brand owners and governments for replacement of PE with new materials â?»Increasing need for Recyclability â?»Biodegradability â?»Use of bio-renewable materials â?»Elimination of food contamination Why EPP can protect the earth(Ourselves)? To achieving the sealing function and water resistance function without PE We take the plastic (PE) off from the finished cupstock(No PE,offering same function), the finished cup is not plastic+ paper What we are doing is to improve the environmental deterioration our EPP mission 1) Our main challenge is to reduce and eliminate non-reworkable packaging waste. 2) Our mission is to create materials that enable sustainable packaging solutions forour daily lives. LDPE global production ca. 25million ton- China: 3.5million,14.5% - USA: 13.3% - Japan:5.2% Top3 manufacturers: -Exxon Mobile: 1.6million, 6.5% -Lyondell Basel: 1.55million, 6.3%-Sinopec: 1.47million,6% China demand ca. 5.5million/a Global Paper Cup LDPE demand ca. 0.7 million/a, CN about 0.2m/a PAPER and BOARD 1) For paceaging aplicatons, our sustainable EPP coating technologies are a healthy solution for the entire value chain, and unique appearanceand performance. 2) Create bespoke textures to match your brand identity 3) Packaging compliant with food contact regulations 4) Products which fulfill barrier coating requirements
COMPANY PROFILE QUANZHOU TOGETHER ECO TECH CO.,LTD� are devoted to� Popularize 100% Recycled and Biodegradable Non-woven fabric, Provide quality solutions and customer satisfaction through valued-added products and services. biodegradable materials PLA SPUNBOND NON WOVEN FABRIC PLA meltblown nonwoven fabric PLA/PET/RPET SPUNLACE NON-WOVEN RPET Spun-bond nonwoven fabric PET spunbond non-woven fabric RPET stitchbond non woven fabrics SMS/SMMS/SSMMS NON-WOVEN FABRIC FACE MASK.DIAPER.MEDICAL PRODUCT MATERIAL RPET stitchbonded nonwoven bag PLA non woven shopping bag RPET spunbonded non-woven bag What is polylactic acid (PLA)? PLA is not plastic. It is derived from nature. Starch is extracted from plants such as corn and cassava and fermented by microorganisms to produce lactic acid. Lactic acid undergoes an advanced polymerization process to produce a 100% green and safe new polymer material called polylactic acid (PLA). Products made from this material are healthy and safe, non-toxic and odorless, and have no harm to the human body. In addition, if the product is discarded under composting conditions, it can be completely decomposed by microorganisms, eventually generating carbon dioxide and water, and returning to nature. The environment does not cause any pollution, so PLA is recognized as a â??green materialâ?? for low-carbon environmental protection and sustainable development in the 21st century. PRODUCT DESCRIPTION Material: 100% Polylactid Acid Technics : Spunbonded� Weight:� 10-250GSM Width: 160-300-320cm or customized Color:� customized MOQ:� 1tons/white, 5tons/other color Special Process: with UV/Laminated(PP+PE) / Printed /Hydrophilic/pre-cut/Fire treatment Hard or soft finition with nice and shinny surface Main Uses (1) medical and health care cloth: surgical clothing, protective clothing, sterilizing cloth, mask, diapers, sanitary napkin, etc; (2) home decoration fabric: wall cloth, tablecloth, bedspread, bedspread, etc; (3) follow the cloth: lining, bonding,, shaping cotton, various synthetic leather soles, etc; (4) industrial fabrics: filtration materials, insulating materials, cement packaging bags, geotextiles, covering cloth, etc; (5) agricultural cloth: crop protection cloth, seedling cloth, irrigation cloth, thermal insulation curtain, etc; (6) other: space cotton, thermal insulation materials, linoleum, cigarette filters, bags and tea bags, etc.
Background Plastic films and sheets are typically made by melting polymer material and then shaping it through processes like extrusion or calendaring. During this production, the material is stretched in the machine direction, and as it cools, some internal stresses remain. When reheated, these stresses can cause the material to shrink, altering its dimensions. This shrinkage is crucial for quality and process control in plastic manufacturing. It helps assess process consistency, adjust production parameters, and understand material characteristics. Industries like packaging rely on shrinkage data to ensure precise fit after heat exposure. In essence, shrinkage is a key factor in maintaining product quality and process efficiency in plastic film and sheet production. Application The FST-01 Film Free Shrink Tester is used to measure the unrestrained linear thermal shrinkage of plastic film and sheets at specified temperatures in a fluid medium. This device helps assess how much these materials will shrink when exposed to heat in real-world applications. Test Process 1. Temperature Setup and Stabilization: Set the temperature on PID controller and the fluid is heated to a preset temperature and temperature is stabilized. 2. Specimen Preparation and Submersion: Mount the test specimen into the free shrink holder. Submerge them together into the liquid bath. 3. Time Monitoring and Completion: The timer starts to count down and when the test time is reached, an alarm will beep, signaling the end of the test. 4. Test Conclusion: Carefully remove the test specimen from the liquid bath. Press the Stop button on the tester to mark the conclusion of the test. 5. Shrinkage Measurement and Assessment: Treat test specimen in ambient environment and Measure the linear shrinkage of the specimen. Calculation To calculate the unrestrained linear shrinkage percentage using the given formula: Unrestrained Linear Shrinkage (%) = [(Lo - Lf) / Lo] x 100 Where: Lo = Initial length (100 mm) Lf = Length of the side after shrinking Technical Features 1. Precise P.I.D. temperature control 2. High-precision timer 3. Alarm capability 4. Consistent fluid medium heating 5. Inclusion of a standard square metal clamp and a free shrink holder 6. Equipped with an oil bath cover Standard: ASTM D2732 Main Parameters Sample Size â?¤160 mm x 160 mm Temperature Range Ambient ~ 200C Accuracy ±0.3 C Dimension 37*44*28 LWH cm Power Supply 220V 50Hz
The X-MET8000 is practical, rugged and easy to use to deliver results you can trust. The light and ergonomic design of the X-MET8000 ensures it is comfortable to use on a daily basis. The nose is designed to test material inside bends and corners. Using Hitachi HEROTM window, which is heat resistant, the X-MET8000 can accurately analyze alloys up to 400 C. The X-MET8000 range of handheld X-ray fluorescence analyzers delivers the performance needed for rapid alloy grade identification and accurate chemistry of a wide variety of materials (solid and powder metals, polymers, wood, solutions, soil, ores, minerals etc). The X-MET handheld XRF analyzer (HHXRF) is practical, robust and easy to use to deliver results you can trust. The X-MET series of handheld X-ray fluorescence (XRF) analysers are flexible and easy-to-use for elemental analysis within production environments, manufacturing plants and scrap metals processing. The optimised combination of a high performance X-ray tube & large area silicon-drift detector (SDD) delivers the performance required for the most demanding PMI and scrap metals applications. The Hitachi XMET-8000 comes in 3 configuration options: XMET800 Smart, XMET8000 Optimum and X-MET8000 Expert. X-MET 8000 Optimum can provide results on site in seconds, depending on the application. Phenomenal reliability and speed, with no requirement to return for lab assessment, mean optimum productivity, lower costs and an all-important edge over your competitors. Data can be stored on the analyzer, on a USB flash drive, or through our app and cloud service for immediate sharing. Designed to be portable, simple to use and with a with a 10-12 hour battery life, the X-MET8000 Optimum Geo is able to withstand the harshest environments and weather conditions. It also offers analysis results in seconds with real time data sharing for fast decision making. The Boost technology delivers low levels of detection while the integrated GPS enables users to combine geolocation data with analyses results for flawless site mapping. Key Features: X-ray tube : 40kV or 50kV X-ray tube filters: Single Detector: Large area SDD Max. sample temperature : 100�ºC or 400�ºC with HEROâ?¢ heat resistant window (optional) IP54 rating Protection against detector window damage : Optional window shield Calibrations : Standardless (includes light elements analysis) Integrated camera (Optional) Small-spot collimator (Optional) 6-position filter wheel for the optimised analysis of all elements from Mg to U
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CASHEW NUT SHELL LIQUID CNSL or Cashew Shell Oil or Refined Cashew Nut Shell Oil is a versatile by-product of the Cashew industry. The nut has a shell of about 1/8 inch thickness inside which is a soft honey comb structure containing a dark reddish brown viscous liquid.It is called CASHEW NUT SHELL LIQUID or CNSL. Which is the pericap fluid of the Cashew Nut. It is often considered as the better and cheaper material for unsaturated phenols. CNSL has innumerable applications, such as friction linings, paints, laminating resins, rubber compounding resins, cashew cements, polyurethane based polymers, surfactants, epoxy resins, foundry chemicals, and intermediates for chemical industry. It offers much scope and varied opportunities for the development of other tailor-made polymers. CNSL undergoes all the conventional reactions of phenols, CNSL aldehyde condensation products and CNSL based phenolic Resins are used in applications such as surface coatings, adhesives. Various polyamines synthesised from CNSL are used s curing agents for epoxy resins. CNSL and its derivatives have been used as antioxidants, plasticizers, and processing aids for rubber compounds, modifiers for plastic materials and used to provide oxidative resistance sulphur-cured natural rubber products. It is also added to rubber gum stock or nit rile rubber to improve the processability, mechanical properties and resistance to crack and cut properties of the vulcanisates A number of products based on CNSL are used as antioxidants, stabilizers and demulsifies for petroleum products.Soluble metal derivatives of C.N.S.L are used to improve the resistance to oxidation and sludge formation of Lubricating oils.Oxidised CNSL and its derivatives are also used as demulsifying agents for water in oil type petroleum emulsions. CASHEW NUT SHELL LIQUID OIL used for manufacturing of CNSL Resin, Cardanol or Card Phenol or Cashew Phenol, Cashew Friction Dust, Anti corrosive hiring (lining) chemicals, Paints, Varnishes, Enamels, Insecticides and Fungicides, Cashew Laquers, Bakelite, Electrical conductress, Cashew Cements, Core Oil, Red Oxide, Wood, Fuel, Speciality Chemicals, Foundry Chemicals and many other Industries
Spherical activated carbon\beaded activated carbon\polymer based spherical activated carbon.Production customized
### Advantages of Spherical Activated Carbon Spherical activated carbon is a material with extensive advantages in various applications, especially in the development of polymer-based spherical activated carbon. Compared to traditional pitch-based and coal-based spherical activated carbon, polymer-based spherical activated carbon exhibits a series of advantages: 1. **High Carbon Content and Low Ash Content**: The high carbon content and low ash content of polymer materials contribute to the purity and performance of the activated carbon. 2. **Good Compressive Strength**: The polymer-based materials provide spherical activated carbon with higher compressive strength, enhancing its durability in various applications. #### Advantages of Phenolic Resin-Based Spherical Activated Carbon 1. **Simple Process**: The preparation process of phenolic resin-based spherical activated carbon involves the addition of curing agents and pore-forming additives, making the production process relatively simple. 2. **Low Cost**: The production cost is relatively low, providing an economic advantage in commercial applications. 3. **Easily Controlled Pore Size Distribution**: By adjusting the pore-forming additives, the pore size distribution of the activated carbon can be precisely controlled to meet different application needs. #### Advantages of Ion Resin-Based Spherical Activated Carbon 1. **High Strength**: Ion resin-based spherical activated carbon has higher mechanical strength. 2. **Free of Impurities**: The preparation process avoids the introduction of impurities, resulting in a final product of higher purity. 3. **High Catalytic Activity**: This material exhibits high catalytic activity in catalytic applications. #### Advantages of New Synthesis Methods Since the 1990s, scientists have developed methods of synthesizing spherical activated carbon using various polymer materials, which do not require melting and carbonization. This further simplifies the production process and enhances product performance. In summary, polymer-based spherical activated carbon, particularly phenolic resin-based and ion resin-based spherical activated carbon, demonstrates excellent physical and chemical properties, showing great potential for a wide range of applications.
