We are pleased to introduce Piyali Engineering Corporation, situated in Delhi, India. We are leading manufacturer and supplier specializing in the production of Sponge Plant DRI (Direct Reduced Iron) Rotary Kiln & Cooler equipment and vital components for steel plants, alongside catering to a diverse range of industries including sugar mills, cement plants, fertilizer plants, chemical plants, coal washeries, activated carbon plants, and ball mills. With a strong focus on quality and innovation, Piyali Engineering Corporation stands as a trusted provider of cutting-edge solutions across various industrial sectors. With a wide range of offers and a strong customer base, we have been serving the industry for several years. Our product range includes various capacities of DRI kilns and coolers, ranging from 50TPD to 600TPD & 900TPD, along with components such as support rollers, pinions, shafts, shells, combined bearing housing complete assemblies, spring plates, Ball Mill Pinion Shaft, Mill Head End Cover for Ball Mill Manufacturer, girth gears, and more. These offerings are designed to meet the needs of Cement Plants, Power Plants, Steel Plants, Sponge Iron Plants, Chemical Plants, Fertilizer Plants, and various other industries. Explore top-notch Lime Kiln Paper Mill Equipment at Piyali Engineering Corporation for customized, cost-effective solutions. Our commitment to excellence ensures reliable expertise and high-quality equipment, guaranteeing seamless industrial operations. Furthermore, we are Manufacturers & Suppliers of Rotary Kilns & Cooler Dryers Shell Casting and Forging Equipment for Sponge iron Plant, Cement Plant, Raw Mill, Ball Mill Grinding Ring Gear and Pinions, Raw Mill Girth Gear and Pinion, Trunnion Mill Head End Cover, Bearing Housing, Kiln Tyre, Riding Rings, Path Rings, Guide Roller Assembly. Trust Piyali Engineering Corporation, For superior engineering solutions. With us, you get the perfect fit for your plant's needs, ensuring smooth and efficient operations.
We are pleased to introduce Piyali Engineering Corporation, situated in Delhi, India. We are leading manufacturer and supplier specializing in the production of Sponge Plant DRI (Direct Reduced Iron) Rotary Kiln & Cooler equipment and vital components for steel plants, alongside catering to a diverse range of industries including sugar mills, cement plants, fertilizer plants, chemical plants, coal washeries, activated carbon plants, and ball mills. With a strong focus on quality and innovation, Piyali Engineering Corporation stands as a trusted provider of cutting-edge solutions across various industrial sectors. With a wide range of offers and a strong customer base, we have been serving the industry for several years. Our product range includes various capacities of DRI kilns and coolers, ranging from 50TPD to 600TPD & 900TPD, along with components such as support rollers, pinions, shafts, shells, combined bearing housing complete assemblies, spring plates, Ball Mill Pinion Shaft, Mill Head End Cover for Ball Mill Manufacturer, girth gears, and more. These offerings are designed to meet the needs of Cement Plants, Power Plants, Steel Plants, Sponge Iron Plants, Chemical Plants, Fertilizer Plants, and various other industries. Explore top-notch Lime Kiln Paper Mill Equipment at Piyali Engineering Corporation for customized, cost-effective solutions. Our commitment to excellence ensures reliable expertise and high-quality equipment, guaranteeing seamless industrial operations. Furthermore, we are Manufacturers & Suppliers of Rotary Kilns & Cooler Dryers Shell Casting and Forging Equipment for Sponge iron Plant, Cement Plant, Raw Mill, Ball Mill Grinding Ring Gear and Pinions, Raw Mill Girth Gear and Pinion, Trunnion Mill Head End Cover, Bearing Housing, Kiln Tyre, Riding Rings, Path Rings, Guide Roller Assembly. Trust Piyali Engineering Corporation, For superior engineering solutions. With us, you get the perfect fit for your plant's needs, ensuring smooth and efficient operations.
DYED COTTON YARNS / DYED BAMBOO YARNS: Ring Spun yarn from Ne. 6/1 to Ne. 45/1 Carded and Combed (Single and Plied) Compact yarn Ne. 24/1 to 45/1 Combed (single and Plied) IMPORTED COTTON YARN (100% COTTON) (Australian, US Accala, CIS, GIZA, PIMA etc): Ring Spun yarn from Ne. 20/1to Ne. 120/1 Compact yarn Ne. 20/1 to 140/1 Combed Compact Single and Plied Yarn Core Spun (from Ne. 7/1 to 80/1 with Different Denier of Lycra 140D, 70D, 40D, and 20D Carded and Combed /Single and Plied) Hammel Twist Core Spun Yarn Slub, Multicount, Lycra Slub and Multicount yarn (in Carded and Combed) ORGANIC COTTON & FAIRTRADE COTTON YARN(CERTIFIED) Ring Spun 100% Organic Cotton (Ne. 7/1 to 40/1 Carded and Combed) Compact 100% Organic Cotton (Ne. 16/1 to 50/1 Combed) Organic Blending with different Ration (from Ne. 7/1 to 80/1 Carded and Combed) 100% Organic Core Spun Yarn (from 7/1 to 40/1 with different denier of Lycra) 100% Organic Slub Yarn (from Ne. 6/1 to 36/1 Carded and Combed) 100% Organic Multicount yarn (From Ne. 6/1 to 30/1 Carded and Combed)
Bucket Elevator Product Introduction: A bucket elevator is a fixed mechanical conveying equipment mainly suitable for continuous vertical lifting of powdered, granular, and small materials. It can be widely used for lifting loose materials in various scale feed factories, flour mills, rice mills, oil mills, starch factories, grain depots, port terminals, etc. The bucket elevator is used to vertically lift block and granular materials such as limestone, coal, gypsum, clinker, dry clay, as well as powdered materials such as raw materials, cement, and coal powder that pass through the crusher. According to the different operating speeds of the hopper, bucket elevators can be divided into three forms: centrifugal discharge, gravity discharge, and mixed discharge. The centrifugal unloading hopper has a fast speed and is suitable for conveying materials with small grinding properties such as powder, granular, and small pieces; Gravity discharge has a slower bucket speed and is suitable for conveying bulk, high density, and high grindability materials, such as limestone and clinker. The traction components of a bucket elevator include ring chains, plate chains, and tape. The structure and manufacturing of the ring chain are relatively simple, and the connection with the hopper is also very strong. When conveying materials with high grinding properties, the wear of the chain is relatively small, but its own weight is relatively large. The plate chain structure is relatively sturdy and lightweight, suitable for elevators with large lifting capacity. However, the hinge joint is prone to wear and tear, and the structure of the tape is relatively simple, but it is not suitable for conveying materials with high grinding properties. The temperature of ordinary tape materials does not exceed 60 , steel rope tape allows material temperature to reach 80 and the temperature of materials transported by ring chain and plate chain can reach 250 â??. Application: This series of bucket elevators is suitable for conveying powdery, granular, and small pieces of non abrasive and low abrasive materials, such as coal, cement, stones, sand, clay, ore, etc. Due to the traction mechanism of the elevator being a circular chain, it allows for the transportation of materials with higher temperatures (material temperature not exceeding 250 ). The general conveying height can reach up to 40 meters.
Crankcase: Precision cast oxidation treated surface of the crankcase. High and low pressure water seal components: The high and low pressure water seal design of the "U"type special material enhances the performance of the water pump and improvesits service life. The plunger support guide ring ensures the coaxiality of theplunger, extending the service life of the water seal and plunger. Pump head assembly: Selected stainless steel material, new and efficient structuraldesign, high strength, no pores, long service life, and safe operation.Reinforced 8-bolt fastening, 18mm, grade 12.9. Check valve assembly: The valve cage is made of special materials that are sturdy anddurable. The stainless steel poppet valve and spring extend its service life.The disassembly and assembly of one-way valve components is simple and easy tomaintain. Pommel: Precision machined hard solid ceramic plungers, as well asthickened SST limit bolts, provide longer service life, better durability andapplicability. Bearing: Large tapered ball bearings ensure the concentricity of thecrankshaft connecting rod and ensure stable operation of the water pump. Bearing Block: Precision machining ensures coaxiality and concentricity. Crank axle: Precision forging process and hardening treatment ensure thestrength, service life, and durability of the crankshaft. Oil viewing window: The oil viewing window located behind the water pump isconvenient for checking the oil level and easy to repair. Precision die-castingand high-quality sealing rings ensure the sealing effect of the rear cover. Oil seal and O-ring: A better crankcase oil sealing system, with stainless steelsprings for oil seals to ensure sufficient tension. Plunger connecting rod: Super strong alloy material, split structure, higher loadstrength, longer service life, ensuring safe and stable operation. Liquid inlet medium: Acidity, alkalinity, temperature 85 .
Mold Assembly When designing plastic injection moulded parts to be used in conjunction with other parts, the assembly must be considered. There are several assembly techniques, mechanical fastening, press fit, hot staking, snap fit, welding, solvent bonding and adhesive bonding. Weâ??ll cover each of these in more detail over the next two articles and how they fit into the design process. When designing for plastic injection moulding, the aim is to reduce the overall number of parts for any given product. There are several advantages to this aim, not only will it reduce costs but it will make assembly easier. When designing, designers should lookout for any opportunities to simply the assembly process through a more efficient design. Details of Injection Molding and Assembly Six Points Of Preparation For Mold Assembly Familiarity with assembly procedure A thorough understanding of assembly drawings Checking Parts Mould Acceptance Technology Developing Assembly Sites Preparing mold standard parts and related materials DESCRIPTION OF INJECTION MOLD ASSEMBLY How to Design for Assembly Searching for Symmetry It might be hard to wrap your mind around at first, but many assemblies traditionally constructed of two unique components can often be made from a pair of identical parts. Self-Mating Parts But why not get rid of the screws altogether? Our gear housing example is now symmetrical, but it still requires manual installation of threaded inserts, never mind keeping track of all those pesky screws and washers. Family Molds Another way to achieve hero status is the use of family molds, which are ideal when producing a series of parts with similar shapes and sizes. Hardware Harmony Everyoneâ??s heard the adage about reinventing the wheel. Designing and manufacturing your own nuts, screws, shafts, pins, keys, and dozens of other off-the-shelf components should be avoided at all costs. Better to redesign your product around standard hardware items, especially if production volumes are expected to rise at some point. Moving to Monoform The properties that make plastics such as polypropylene (PP) and styrene butadiene (SB) excellent candidates for living hinges.es of the chosen plastic are appropriate for the environment in which theyll be used. Easy Assembly If a product must be assembled, attempt to make the task easier by orienting the various screws and connectors in such a way that all are accessible from the same side, thus minimizing part flipping and rotating. If you want to know more about precision mold services, please visit our website.
Gym Chest Expander, Latex Chest Expander, Custom Logo Chest Expander Wholesaler Custom Chest Expander System Parameters: Product Name Chest Expander Material: Latex/TPE Color: Black, Red, Green, Yellow, Blue or Custom Color Size: 42*15cm or Custom Size Logo: Custom Logo Could add customized logo on Stability Ball with Pump MOQ: 500pcs Delivery time: (1)7-10 working days-for existing products (2)10-15 working days-if need customized logo OEM Service: Yes Certification Available: Yes Packing details: Poly Bag+Carton Production Capacity: 50000 Piece/Pieces per Month Payment Term: L/C,T/T,D/P,PAYPAL,Trade assurance Custom Chest Expander Description: 8 tubes resistance bands are made of 100% natural latex and come in 3 resistance levels, from light (8-10LB) to medium (13-15LB) to heavy (17-20LB). This makes them perfect whether you are just a beginner or a seasoned workout pro. Soft foam handles provide a comfortable grip. Our closed-loop figure 8 design are a perfect tool set for stretching, muscles toning, yoga, Pilates, weight lifting, home gym, and physical therapy. They are durable, tough, and great for strengthen your legs, arms, glutes, shoulder, and hips with no fear of tearing or snapping. Our heavy duty tubes work especially well for people suffering from leg, knee and back injuries and help in recovery from torn MCL and ACL, knee replacement, patella and meniscus rehab. They are also perfect for use by women during pregnancy and after birth to keep their bodies in shape. Our tubes come with a premium water-resistant carrying bag that can be easily transported to use wherever you like. Get a great resistance bands workout at home, in the gym or your office. Bingehua specializes in the production and export of fitness accessories, body-sculpting and power training goods, mainly including yoga ball, Resistance Band Loop, Half Balance Ball, etc. Our own factory was founded more than 10 years.
44.MODEL:DL- BTST Textile Sweater Button Push Adhesion Pull Tensile Strength Button Push & Pull Tensile Strength button tensile strength dynamometer Standard configuration: 1. Tension seat 2. Pushing and pulling force gauge 3. Two jaw pliers 4. Three jaw pliers 5. Tension pliers 6. Bottom fabric fixture 7. Male button fixture 8. Mother button clamp Size: 280 * 220 * 777mm Button tensile testing machine Button strength machine: The purpose of this test is to define the responsibility of garment manufacturers to ensure that buttons, buttons, and fasteners are properly secured to the garment, preventing buttons from detaching from the garment and posing a risk of swallowing by infants. Therefore, all buttons, buttons, and fasteners on ready-made clothing must be tested by a button strength tester. This function performs uniform and vertical tensile testing on various buttons on clothing to check whether their firmness meets relevant safety standards Standard: 16CFR1500.51-53, ASTM PS79-96 Operating instructions: 1. Install the fixture, cooperate with the test button, and lock the test sample onto the base tightly 2. Put down the fixture, grip the buttons tightly and pull them upwards. Each group of buttons should be able to withstand a minimum of 17 pounds of tension (7.72kg) and maintain it for 10 seconds without any signs of looseness or damage. At least 20 buttons per model need to be tested simultaneously to be considered qualified If one of the buttons is loose or damaged, or if it is replaced, it is necessary to retest all of them
Melt Index Meter
Model: DL-9929XM Product Name: Touch Screen Linear Wear Resistance Testing Machine Test stroke: 0-100mm Test speed: 0-60 times/min adjustable Test object: coating, coating, or other surface treatment Sports mode: electric Fixture self weight: 15g Test load: 250g Counting setting range: 1~999999 times Maximum allowable size of workpiece: 220 * 160 * 50mm Machine size: W480 �? D360 �? H360mm Machine weight; 20kg Power supply: 1 â?® AC220V 2A or specified 2. Introductionï¼? This instrument is suitable for testing the wear resistance of products such as plastics, automotive parts, rubber, leather and textiles, electroplating, freely detachable components, paints, printing patterns, etc. It can be used to evaluate the wear resistance of products, as well as the scratch resistance (single or multiple scratches) and color transmission of products. Both dry and wet wear tests can be conducted.
Specification parameters Test piece 16mm 615mm D Fixture load 25N Weight load 25N 5N Lateral displacement of fixture 42mmroller per revolution Sandcloth 60 Drum diameter 150mm Drum length 460mm Drum speed 40rpm Travel booking 40m20m Wear speed 032ms Inclination angle the angle between the support axis of the 3 specimen and the vertical plane of the drum Volume 70 30 30cm Weight 61kg Power supply 16 AC220V 3A This machine complies with DIN5316 ISODIS4649 GB9867 and is suitable for wear testing of elastic materials rubber tires conveyor belts conveyor belts shoe soles soft synthetic leather leather and other materials It has the characteristics of high efficiency good reproducibility and easy operation Roller diameter 150mm roller length 460mm roller speed 40rpm wear stroke 40mm 20mm wear speed 032 msec inclination angle 3o specimen diameter 16 mm thickness 615 mm test load 5N 1
3.Technical Parameter: Model and specification :DL9930 Drop height: 10-1500mm, any setting Steel ball weights :55g, 64g, 110g, 225g, 535g (optional upon request) The maximum size of the test piece is :400 * 350mm Height display method: Graduated scale display (electrically selectable with LCD or touch screen control display) Drop height error :â?¤ �± 2mm Drop method: electromagnetic adsorption drop Control and lifting methods: Electric control electromagnet, manual lifting of electromagnet fixing rod (electric lifting using motor) Protective cage :around the protective device Sample fixation method: fixture clamping and fixation Drop bottom plate size :500 * 400 * 10mm Overall dimensions of the testing machine :500 * 400 * 1800mm Control box overall size :300 �? 370�? 1060mm Motor power: 0.4KW (electric) The net weight of the equipment is :approximately 40kg Power supply:AC220V/50Hz 5.Configuration List 1. Main purpose: The falling ball impact testing machine is suitable for testing the impact strength of plastic, ceramics, acrylic, glass, lenses, hardware and other products. 2.Product features: DC electromagnetic control mode is adopted to place the steel ball under the electromagnetic chuck and the steel ball is automatically sucked up. Press the drop key, the magnet releases the steel ball instantly, and the steel ball will conduct Free fall test to accurately impact the surface of the test piece; The drop height can be adjusted up and down, and there is a height scale attached (the electric series can directly display the test height) to determine the drop height of the component. Equipped with a laser positioning device, the impact testing position can be accurately aligned with the laser, resulting in more accurate testing results. Compliant with standards Test standards: JIS R3205:1989, ISO/DIS125421 12543-6:1997 AS/NZS2208:1996, GB/T9962-1999.
11 Main usage and application Rope Tension Testing Instrument can be applied to various occasions such as power industry telecommunications industry transportation industry glass curtain wall decoration cable way industry construction industry pleasure grounds tunnel construction fishing major research institutions and teaching institutions testing institutions and other occasions involved with the tension of ropes and steel wire ropes 12 Product characteristics It has the rope structure with tension force and can directly measure without disassembly It has the light weight simple structure convenient operation and applies to any situations It has the stable performance high measurement accuracy with automatic system compensation functionWhen the specification of the tested rope the same as the rope tension testing instrument rope number the measurement accuracy can reach 3 error or less within the rated measurement range It has broader range of measurement with 19 kinds of rope diameter measuring functions Applied rangeapplied to flexible stretched ropessuch as various steel wire ropes highstrength ropes etc Accuracy grade 36 of maximum function depending on the rope form and features Rope Diameter 640mm
1. Equipment usage: This testing ± 1/500000, Relative error of indication: better than ± 1% of the indication, 2 displacement (moving crossbeam, excluding stretching fixture), Measurement range: 0-700mm, Resolution: 0.0025mm, 3 Test speed: Speed adjustment range: 0.01-500mm/min (stepless speed regulation), Accuracy: better than ± 0.5% of the indicated value, Displacement rate control accuracy: within ± 1.0% of the set value when the rate is less than 0.1mm/min; When the speed is 0.1mm/min, within ± 0.2% of the set value, 4 Control: Force control speed regulation range: 0.005-5% F.S/S, Force control rate control accuracy: within �± 2% of the set value when the rate is less than 0.05% FS/S; When the rate is 0.05% FS/S, within the set value of ± 0.5%/ ± 1.0%, Deformation speed regulation range: 0.005% FS/S, Deformation rate control accuracy: within ± 2% of the set value when the rate is less than 0.05% FS/S; When the rate is 0.05% FS/S, it is within ± 0.5% of the set value, Constant force, constant deformation, and constant displacement control range: 0.5% -100% FS/S, Constant force, constant deformation, and constant displacement control accuracy: within ± 0.1% of the set value when the set value is â 10% FS; When the set value is less than 10% FS, within ± 1% of the set value. 5 Effective test space (with fixture): Effective stretching space: 700mm, Effective compressed space: 700mm, 6. Working environment: Room temperature 10~35 , humidity 20%~80%, 7. Power supply for the entire machine: single-phase, 220V ± 10%, 50Hz, 8 Host size: 530 370 1400mm, 9 Weight: 140 kg,
3. Main technical indicators: 1. Maximum test force: 5000N 2. Test force display range: 10N~5000N 3. Test force grading: no grading throughout the entire process 4. Test force measurement accuracy: better than �± 1% of the indicated value 5. Displacement resolution: 0.01mm 6. Displacement measurement accuracy: better than �± 1% of the indicated value 7. Cross beam movement speed control range: 0.05mm/min~500mm/min 8. Displacement speed control accuracy: better than �± 1% 9. Stretching stroke: 0-850mm 10. Overall dimensions (length �? wide �? Height: 450mm �? 450mm �? 1360mm 11. Power supply: 220V, 50Hz This machine is widely used for the inspection and analysis of metals, non-metals, and various composite materials. It is an ideal testing equipment for scientific research institutions, vocational colleges, industrial and mining enterprises, technical supervision, commercial inspection and arbitration departments, etc.
[Scope of application] It is used to measure the tear resistance of various woven fabrics (Elmendorf method), as well as the tear resistance of thick paper, plastic cloth, electrical tape, etc. [Related Standards] GB/T 3917.1 FZ/T60006 FZ/T75001 ISO1974/9290 ASTM D1424/5734, etc Technical parameters: 1. Tear force range: A: 0-16N B: 0-32N C: 0-64N 2. Force measurement accuracy: â?¤ �± 1 graduation 3. Sample size: 100 �? 63mm 4. Cut length: 20 ± 0.2mm 5. Tear length: 43mm 6. External size: 400 two hundred and ten �? 395mm 7. Weight: 30Kg
2.) Main technical indicators: 1. Maximum impact energy: 3J (30cm * kgf) 2. Sample size: 100 100mm or 100mm 3. Sample fixture specifications: 60mm 89mm 4. Punch size: 12.7mm 25.4mm 12.7mm punch matching Use of 89mm sample fixture 25.4mm punch matching Use of 60mm sample fixture 5. Minimum scale value of the dial: 0.01J/grid 6. Impact energy error: ± 1% 7. Product size: length 630 * width 210 * height 680mm 1. Overview: This machine is used to measure the impact toughness of non-metallic film materials such as plastic and rubber, as well as metal foil materials. The newly upgraded pendulum release mechanism eliminates manual operation, making it faster and more user-friendly. The working principle of this machine: The hemispherical punch impacts and passes through the thin film sample at a certain speed, measures the energy consumed by the punch, and evaluates the anti pendulum impact energy of the thin film sample based on this energy.
The purpose of this machine is to evaluate the impact on product performance after customers may accidentally drop the product during experimental use. It is applicable to the original posture and accelerated drop test of small Consumer electronics such as mobile phones, PDAs, telephone electronic dictionaries, CDs, MP3, etc; Function: Vacuum absorption drop, adjustable drop height, manual lifting, precise impact location, with acceleration and speed measurement Multi angle drop device: 0 �°, 45 �°, 90 �° Drop height indication: 1cm Effective height of drop: 300-1800mm (optional 2000mm) Maximum allowable weight of test piece: 2kg Falling floor medium: steel plate Drop range: 500x600mm Air source used: 0.5Mpa Machine size: W800XD900XH2200mm Power supply: AC220V 50HZ 5A
Model specifications: DL8501A Capacity selection: 500kg Force unit :N kgf lbf etc Displacement unit: mm cm Inch , etc Stress unit :Pa Kpa Mpa Gpa KN/ N/ , etc Power resolution: 1/500,000 accuracy: 0.5% Travel resolution: 1/500,000mm Sampling speed: 100Hz Effective travel: 1400mm (including fixtures) Speed setting range: 0.1-1000mm/min Arbitrary settings Speed accuracy : ±0.2% Test sample range: 160mm Shutdown method: Overload shutdown, emergency stop button, automatic shutdown for specimen damage, automatic shutdown for upper and lower limit settings motor: Step motor power: 0.6KW Host size (WxDxH): 550x380x1550mm machine weight: 130kg source :AC220V/50Hz 1.Main purpose The DL8501A microcomputer type material testing machine is specialized in testing the strength of various materials, finished products, and semi-finished products. Various fixtures and fixtures are selected, suitable for measuring the mechanical properties and related physical parameters of various materials in states such as tension, compression, bending, shear, tearing, peeling, and puncture. It can be used for stretching, compression, three-point bending, four-point bending, shearing, tearing, peeling, finished shoe piercing, cardboard box holding, foam cyclic compression, spring tension and compression, and various dynamic and static cyclic tests. This machine adopts Windows Chinese window program settings, which is easy to operate and automatically stores test data (load stroke curve, load attenuation life curve, test results), and all test conditions can be stored.
2 Introduction This machine is used to test the extension and contraction life of various spring wires such as Handset wires. It is continuously and repeatedly stretched by pneumatic power during power on to check the damaged parts and extension and contraction times. After power off, the station stops for counting. 3 Main technical parameters 3.1. Capacity: 50kg 3.2. Unit switching: kg, N, LB 3.3. Load decomposition degree: 1/250,00 3.4. Load accuracy: 0.25% 3.5. Maximum stroke: 1500mm (including fixture) 3.6. Test speed: 30-300 mm/S 3.7. Displacement resolution: 0.01 mm 3.8. Display device: LCD display screen (capable of displaying the number of tests per workstation) 3.9. Driving method: precision rodless cylinder 3.10. Overall dimensions (L * W * H): approximately 550 * 360 * 2090mm 3.11. Weight: 50kg 3.12. Power supply: 1 , 220V, 15A or specified
