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YY-2980 MASTER BAG 350 FOR EFFICIENT PRODUCTION OF FLAT BOTTOM PAPER BAG MID-SIZE AND BIG-SIZE PAPER BAGS THE IDEAL MACHINE FOR FAST AND EFFICIENT PRODUCTION OF FLAT BOTTOM PAPER BAG MID-SIZE AND BIG-SIZE PAPER BAGS. WITH ITS ADVANCED DESIGN AND HIGH-SPEED CAPABILITIES, IT'S PART OF OUR PAPER BAG MACHINE SERIES, WHICH IS DESIGNED TO PRODUCE A WIDE RANGE OF PAPER BAGS. THIS MACHINE IS CAPABLE OF PRODUCING PAPER BAGS OF VARYING SIZES A T A SPEED OF UP TO 600 BAGS PER MINUTE, MAKING IT AN IDEAL CHOICE FOR BUSINESSES THAT REQUIRE HIGH-VOLUME PRODUCTION, EASY TO OPERATE AND CAN BE CUSTOMIZED TO SUIT YOUR SPECIFIC NEEDS AND REQUIREMENTS. IT IS MADE WITH HIGH-QUALITY MATERIALS THAT ENSURE DURABILITY AND LONGEVITY, MAKING IT A RELIABLE INVESTMENT FOR YOUR BUSINESS. QUANTITY: 1 Learn More

V-2068 WRINKLE TYPE BANDAGE ROLLS PRODUCTION LINE INCLUDING PREFOLDING, BANDAGE DRYING, FOLDING, AND ROLLING MACHINERY (PRODUCT IS LIKE KENDALL “KERLIX”) THIS LINE INCLUDES PREFOLDING MACHINE, BANDAGE DRYING MACHINE, FOLDING MACHINE, AND WINDING MACHINE. FINAL PRODUCT IS 6 PLY USES 4 OUTPUT LINES, OUTPUT IS APPROXIMATELY 48 PIECES PER MINUTE FINAL WIDTH OF FABRIC: USUALLY CUSTOMERS USE 780mm WIDTH, MACHINE CAN BE MADE ACCORDING TO DIFFERENT REQUESTS MACHINE TOTAL LENGTH: 19 METERS (62.3 FEET) TOTAL QUANTITY: 1 COMPLETE PRODUCTION LINE Learn More

YY-1366 BAG CLOSING MACHINE HEAD, INSTRUCTION MANUAL FOR OPENRATOR SAFETY: - THIS MANUAL BOOK CONTAINS INSTRUCTIONS AND PRECAUTIONS FOR USING THE BAG CLOSING MACHINE HEAD. BE SURE TO READ AND UNDERSTAND THE MANUAL BOOK BEFORE USING THE MACHINES. - KEEP THIS MANUAL BOOK NEAR THE SEWING MACHINE FOR REFERENCE. BE SURE TO ATTACH THIS MANUAL BOOK TO THE MACHINE WHEN LENDING OR TRANSFER IT TO ANOTHER PERSON OR COMPANY. - PLEASE CONTACT THIS MANUAL BOOK FROM US IF IT LOST. - THE CONTENTS OF THIS MANUAL BOOK ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE FOR IMPROVEMENT AND SAFETY PURPOSE. Learn More

REFERENCE NUMBER: T-6843 SPINNBAU NONWOVEN LINE, YEAR 1994 BRAND: SPINNBAU SHORT DESCRIPTION: NONWOVEN LINE YEAR: 1994 NONWOVEN LINE CONSISTING OF 1. CARD FEEDING: CARD FEEDING R&S, NEW, IN 2500mm WORKING WIDTH, CONSISTING OF: ONE R&S MATERIAL BIN IN 2500mm WORKING WIDTH, 600mm DEPTH AND A COMPLETE HEIGHT OF 2500mm, WITH TOP AND BOTTOM WINDOW AT BOTH SIDES, FILLING LEVEL CONTROLLED BY IN HEIGHT ADJUSTABLE INFRARED DEVICES. ONE DOOR AT THE BACKSIDE FOR CLEANING, LOCKED BY SECURITY SWITCHES. THE VITIATED AIR ESCAPES THROUGH THE PERFORATED SHEETMETAL AT THE TOP. THESE AREAS ARE COMPLETELY COVERED, THE OUTGOING AIR CAN BE FILTERED BY AN EXCISTING FILTERSTATION OR OPTIONALLY BY FILTERBAGS, 2 DELIVERY ROLLERS. ONE R & S CHUTE FEEDER IN 2500mm WORKING WIDTH CONSISTING OF: ONE OPENING ROLLER DIAMETER 450mm, ONE VIBRATION CHUTE, FIBRELEVEL CONTROLLED BY ULTRASONIC, CHUTE ADJUSTABLE OVER TOOTH RAILS IN DEPTH FROM 80 TO 240mm, TWO DRAWING OFF ROLLERS, ONE FEEDING TABLE WITH TRANSILON BELT, PREPARED FOR SERVOLAP. DRIVES: DELIVERY ROLLERS: AC -GEARBOXMOTOR 0.55 KW, FC OPENING ROLLER: AC-MOTOR 2.2 KW VIBRATION: AC-GEARBOXMOTOR, 0.55 KW, FC FEEDING TABLE: AC-GEARBOXMOTOR, 0.55 KW, FC 2. CARDING; ONE SPINNBAU DOUBLE DOFFER CARD, IN 2500mm WORKING WIDTH, YEAR 1994: CARD, FOLLOWING EQUIPPED: 1 CYLINDER FEEDING DEVICE WITH FEED PLATE: 1 FEED ROLLER DIAMETER 159mm 1 LICKER-IN DIAMETER 292mm PRE-OPENING: 1 BREAST DIAMETER 412mm 1/1 WORKER/STRIPPER DIAMETER 213/118mm 1 INTERMETE ROLLER DIAMETER 412mm CARD: 1 MAIN CYLINDER DIAMETER 1500mm 5/5 WORKERS/STRIPPERS DIAMETER 213/118mm 1 DOFFER, TOP DIAMETER 550mm 1 DOFFER, BOTTOM DIAMETER 550mm 2 CONDENSING ROLLERS TOP DIAMETER 292mm TOP DRAWING OFF DEVICE, NEW: 1 DRAWING OFF ROLLER/WIRED DIAMETER 159mm 1 DRAWING OFF ROLLER/STEEL RUBBER: DIAMETER 159mm 1 CLEANING ROLLER WITH INTEGRATED ELECTRONIC, WHEN DIAMETER OF CLEANING IS GETTING BIGGER, CARD WILL STOP. BOTTOM DRAWING OFF DEVICE, NEW: 1 DRAWING OFF ROLLER/WIRED DIAMETER 159mm 1 DRAWING OFF ROLLER/STEEL RUBBER: DIAMETER 159mm 1 CLEANING ROLLER WITH INTEGRATED ELECTRONIC, WHEN DIAMETER OF CLEANING IS GETTING BIGGER, CARD WILL STOP. DRAWING OFF TABLES: TOP TRANSILON BELT BOTTOM: TRANSILON BELT COVERS: THE CARD HAS COVERS TO CLAP UP AND DOWN (SECURED WHEN CLAPPED UP), THE SIDES ARE FULLY COVERED AND ELECTRONICALLY LOCKED. RIGID WIRE: ONE COMPLETE SET OF RIGID WIRE, MOUNTED, FOR FIBRES 1.5 DTEX - 17 DTEX, CAPACITY UP TO 800 KG/H ELECTRIC: VOLTAGE: ~400 V AC, 3 PHASES CONTROL VOLTAGE: ~220 V AC, =24V DC FREQUENCY: 50 Hz COLOUR: MACHINE: RAL 5015/ 9001 (IF YOU LIKE WE CAN CHANGE) CONTROL CABINET: RAL 7032, GREY SWITCH BOARD: RAL 7032, GREY ELECTRICAL DRIVES: FEED ROLLER: 1 AC GEARBOXMOTOR, FREQUENCY CONTROLLED LICKER-IN: MECHANICAL FROM BREAST BREAST: 1 AC GEARBOXMOTOR, FREQUENCY CONTROLLED WORKERS BREAST: MECHANICALLY FROM BREAST INTERMEDIATE ROLLER: MECHANICALLY FROM MAINSWIFT MAIN SWIFT: 1 AC-MOTOR FREQUENCY CONTROLLED WORKERS: 1 AC GEARBOXMOTOR, FREQUENCY CONTROLLED DOFFERS: 2 AC GEARBOXMOTORS. FREQUENCY CONTROLLED CONDENSING ROLLERS: 1 AC GEARBOXMOTORS. FREQUENCY CONTROLLED DRAWING-OFF DEVICES: 2 AC GEARBOXMOTORS. FREQUENCY CONTROLLED DRAWING-OFF TABLES: 2 AC GEARBOXMOTORS, FREQUENCY CONTROLLED SWITCHBOARDS AND CONTROLS: SWITCHBOARDS RITTAL SERIES, COMPLETE WIRED. SWITCHBOARDS WITHOUT COOLING DEVICES. CONTROL CABINET OPERATION WITH COLOURED SCREEN, FITTED IN CONTROL CABINET OPERATED BY SIEMENS SPS S7-300 1 SET OF CABLE MATERIAL: FOR 20 MTR LENGTH BETWEEN MACHINERY AND SWITCHBOARD WITHOUT INSTALLATION MATERIAL ERECTION AND STARTING UP: IS NOT INCLUDED, SHOULD BE MADE BY US FOUNDATION: ONE FOUNDATION IN 750mm HEIGHT, WITH SIDEWALKS AROUND, TWO STEPS ON EACH SIDE. SUCTION: CONNECTION FOR THE DOFFER AND TOP OF CARD 3. CROSSLAPPING, NEW: ONE REISKY & SCHLESE CROSSLAPPER, TYPE RS 100 IN 2500mm WORKING WIDTH (BELT WIDTH 2800mm) AND 2500mm LAPPING WIDTH (BELT WIDTH 2700mm) MAX INFEEDING SPEED: 100 MTR/MIN, DELIVERY SPEED OF DRAWING OFF TABLE: FROM 0 TO 20 MTR/MIN, CONSISTING OF: ONE FEEDING TABLE IN 1000mm LENGTH MOUNTED IN IT'S OWN FRAME, ADJUSTABLE IN THE HEIGHT ACCORDING TO THE DOFFER, FURTHER THE COMPLETE FEEDING TABLE CAN BE MOVED UP IF THE DOFFER HAS TO BE DRAWN BACK. THE CROSSLAPPER ITSELF GUIDES THE WEB FROM THE INFEED DOWN TO THE OUTLET BETWEEN THE CONVEYORS, WHICH HAVE ANTISTATIC PROPERTIES. THE TENSION AND THE DISTANCES BETWEEN THEM CAN BE ADJUSTED ACCORDING TO THE DIFFERENT FIBRES. THE CONVEYORS ARE EQUIPPED WITH AUTOMATIC EDGE GUIDES, SO THAT THEY ARE RUNNING IN THE CENTRE. THE LAID WEB IS COVERED BY THEM. THE SERVO- DRIVES ARE RESPONSIBLE FOR THE PERFECT SYNCHRONISATION AND THE EXACT REVERSAL OF THE CARRIERS. THE SWITCHBOARD IS EQUIPPED WITH A COULOURED TOUCHSCREEEN, WHERE ALL NECESSARY PARAMETERS CAN BE PROGRAMMED, ALSO DIFFERENT CURVES FOR STORING THE WEB DURING REVERSALS. DRIVES: FEED TABLE: AC-SERVO-MOTOR BELT 1: AC-SERVO-MOTOR BELT 2: AC-SERVO-MOTOR TOP CARRIER: AC-SERVO-MOTOR BOTTOM CARRIER: AC-SERVO-MOTOR DRAWING OFF TABLE: AC-SERVO-MOTOR HEIGHT DRAWING OFF TABLE LEFT: AC-LINEARMOTOR HEIGHT DRAWING OFF TABLE RIGHT: AC-LINEARMOTOR OPERATION: BY COLOURED TOUCHSCREEN, SIEMENS IN CONTROL CABINET OF CARD. PARAMETERS: MANUEL / INLINE INFEED SPEED DRAFT (INFEED SPEED/LAYING SPEED) NUMBER OF LAPS LAPPING WIDTH FROM MIDDLE TO THE LEFT AND TO THE RIGHT DRAWING OFF SPEED AUTOMATICALLY SHOWN DEPENDING ON LAYERS DARWING OFF TABLE HEIGHT LEFT / RIGHT LAYING SPEED RECEIPES FAULT SHOWING SWITCHBOARD AND ELECTRONIC DEVICES: SWITCH BOAD RITTAL, COMPLETE WIRED. SWITCHBOARD WITHOUT COOLING DEVICE. CONTROL PANNEL RITTAL. CONTROLLED BY S7 SIEMENS 10000mm OF CABLES BETWEEN SWITHBOARD AND MACHINE/CONTROLPANEL QUANTITY: 1 Learn More

Federal health officials have now recommended that we cover our faces with fabric during the coronavirus pandemic. But what material offers the most protection?

The Centers for Disease Control and Prevention has posted a no-sew mask pattern using a bandanna and a coffee filter as well as a video on making masks using rubber bands and folded fabrics found at home.

While a simple face covering can reduce the spread of coronavirus by blocking outgoing germs from coughs or sneezes of an infected person, experts say there is more variation in how much homemade masks might protect the wearer from incoming germs, depending on the fit and quality of the material used.

Scientists around the country have taken it upon themselves to identify everyday materials that do a better job of filtering microscopic particles. In recent tests, HEPA furnace filters scored well, as did vacuum cleaner bags, layers of 600-count pillowcases and fabric similar to flannel pajamas. Stacked coffee filters had medium scores. Scarves and bandanna material had the lowest scores, but still captured a small percentage of particles.

If you don’t have any of the materials that were tested, a simple light test can help you decide whether a fabric is a good candidate for a mask.

“Hold it up to a bright light,” said Dr. Scott Segal, chairman of anesthesiology at Wake Forest Baptist Health who recently studied homemade masks. “If light passes really easily through the fibers and you can almost see the fibers, it’s not a good fabric. If it’s a denser weave of thicker material and light doesn’t pass through it as much, that’s the material you want to use.”

Researchers say it’s important to remember that lab studies are conducted under perfect conditions with no leaks or gaps in the mask, but the test methods give us a way to compare materials. And while the degree of filtration for some homemade masks seems low, most of us — who are staying home and practicing social distancing in public — don’t need the high level of protection required for medical workers. More important, any face covering is better than none, especially if worn by a person who has the virus but doesn’t know it.

The biggest challenge of choosing a homemade mask material is to find a fabric that is dense enough to capture viral particles, but breathable enough that we can actually wear it. Some items being touted online promise high filtration scores, but the material would be unwearable.

Dressing Up for Work … at Home
Yang Wang, an assistant professor of environmental engineering at Missouri University of Science and Technology, worked with his graduate students to study various combinations of layered materials — including both air filters and fabric. “You need something that is efficient for removing particles, but you also need to breathe,” said Dr. Wang, who last fall won an international award for aerosol research.

To test everyday materials, scientists are using methods similar to those used to test medical masks, which everybody agrees should be saved for medical workers who are exposed to high doses of virus from seeing infected patients. The best medical mask — called the N95 respirator — filters out at least 95 percent of particles as small as 0.3 microns. By comparison, a typical surgical mask — made using a rectangular piece of pleated fabric with elastic ear loops — has a filtration efficiency ranging from 60 to 80 percent.

Dr. Wang’s group tested two types of air filters. An allergy-reduction HVAC filter worked the best, capturing 89 percent of particles with one layer and 94 percent with two layers. A furnace filter captured 75 percent with two layers, but required six layers to achieve 95 percent. To find a filter similar to those tested, look for a minimum efficiency reporting value (MERV) rating of 12 or higher or a microparticle performance rating of 1900 or higher.

The problem with air filters is that they potentially could shed small fibers that would be risky to inhale. So if you want to use a filter, you need to sandwich the filter between two layers of cotton fabric. Dr. Wang said one of his grad students made his own mask by following the instructions in the C.D.C. video, but adding several layers of filter material inside a bandanna.

Dr. Wang’s group also found that when certain common fabrics were used, two layers offered far less protection than four layers. A 600 thread count pillow case captured just 22 percent of particles when doubled, but four layers captured nearly 60 percent. A thick woolen yarn scarf filtered 21 percent of particles in two layers, and 48.8 percent in four layers. A 100 percent cotton bandanna did the worst, capturing only 18.2 percent when doubled, and just 19.5 percent in four layers.

The group also tested Brew Rite and Natural Brew basket-style coffee filters, which, when stacked in three layers, showed 40 to 50 percent filtration efficiency — but they were less breathable than other options.

If you are lucky enough to know a quilter, ask them to make you a mask. Tests performed at the Wake Forest Institute for Regenerative Medicine in Winston-Salem, N.C., showed good results for homemade masks using quilting fabric. Dr. Segal, of Wake Forest Baptist Health, who led the study, noted that quilters tend to use high-quality, high-thread count cotton. The best homemade masks in his study were as good as surgical masks or slightly better, testing in the range of 70 to 79 percent filtration. Homemade masks that used flimsier fabric tested as low as 1 percent filtration, Dr. Segal said.

The best-performing designs were a mask constructed of two layers of high-quality, heavyweight “quilter’s cotton,” a two-layer mask made with thick batik fabric, and a double-layer mask with an inner layer of flannel and outer layer of cotton.

Bonnie Browning, executive show director for the American Quilter’s Society, said that quilters prefer tightly woven cottons and batik fabrics that stand up over time. Ms. Browning said most sewing machines can handle only two layers of fabric when making a pleated mask, but someone who wanted four layers of protection could wear two masks at a time.

Ms. Browning said she recently reached out to quilters on Facebook and heard from 71 people who have made a combined total of nearly 15,000 masks. “We quilters are very much in the thick of what’s going on with this,” said Ms. Browning, who lives in Paducah, Ky. “One thing most of us have is a stash of fabric.”

People who don’t sew could try a folded origami mask, created by Jiangmei Wu, assistant professor of interior design at Indiana University. Ms. Wu, who is known for her breathtaking folded artwork, said she began designing a folded mask out of a medical and building material called Tyvek, as well as vacuum bags, after her brother in Hong Kong, where mask wearing is common, suggested it. (DuPont, the maker of Tyvek, said in a statement that Tyvek is intended for medical apparel, not masks.) The folded mask pattern is free online, as is a video demonstrating the folding process. In tests at Missouri University and University of Virginia, scientists found that vacuum bags removed between 60 percent and 87 percent of particles. But some brands of vacuum bags may contain fiberglass or are harder to breathe through than other materials, and shouldn’t be used. Ms. Wu used a bag by EnviroCare Technologies, which has said it does not use fiberglass in its paper and synthetic cloth bags.

“I wanted to create an alternative for people who don’t sew,” said Ms. Wu, who said she is talking to various groups to find other materials that will be effective in a folded mask. “Given the shortage of all kinds of materials, even vacuum bags might run out.”

The scientists who conducted the tests used a standard of 0.3 microns because that is the measure used by the National Institute for Occupational Safety and Health for medical masks.

Linsey Marr, a Virginia Tech aerosol scientist and an expert in the transmission of viruses, said the certification method for respirators and HEPA filters focuses on 0.3 microns because particles around that size are the hardest to catch. While it seems counterintuitive, particles smaller than 0.1 microns are actually easier to catch because they have a lot of random motion that makes them bump into the filter fibers, she said.

“Even though coronavirus is around 0.1 microns, it floats around in a wide range of sizes, from around 0.2 to several hundred microns, because people shed the virus in respiratory fluid droplets that also contain lots of salts and proteins and other things,” said Dr. Marr. “Even if the water in the droplets fully evaporates, there’s still a lot of salt and proteins and other gunk that stays behind as solid or gel-like material. I think 0.3 microns is still useful for guidance because the minimum filtration efficiency will be somewhere around this size, and it’s what NIOSH uses.”

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ABLE TO DO ROLLING TESTS ON MATTRESSES

DURABILITY TEST FOR THE BED SURFACE:
1. USES INDEPENDENT CONTROL SYSTEM. PLC CONTROL SEPARATELY. COOPERATE WITH COLOR TOUCH SCREEN. IT IS
CONVENIENT AND VISUAL TO OPERATE. THE TESTING PROCESS AND THE RUNNING STATUS BE CLEAR TO US, TEST TIMES CAN
BE SET FREELY.
2. SPECIAL LIFT DEVICE IS CONVENIENT TO LIFT UP THE HEAVY ROLLER AND EASY TO MOVE IT TO THE TEST AREA OF THE
MATTRESS. THEN PUT DOWN THE ROLLER AND MAKE ITS OWN WEIGHT FULLY LOAD TO THE SURFACE OF THE MATTRESS.
3.ROLLER CAN MOVE UP AND DOWN IN THE TESTING PROCESS, TO ADAPT TO CONCAVE AND CONVEX SURFACE OF THE
MATTRESS.
4. WHEN DOING DURABILITY TEST OF EDGE, ROLLER CAN BE MOVED TO THE “PARKING” AREA BEHIND THE INSTRUMENT.
5. DURABILITY TEST FOR THE EDGE IS DRIVEN BY SERVO MOTOR; IT IS QUIET, STEADY AND RELIABLE TO OPERATE.
6. INCORPORATES ADVANCED PHOTOELECTRIC SENSE TECHNOLOGY. THE BEGINNING POSITION OF THE CENTER LINE OF THE
CUSHION SURFACE RETURN TO THE HOME POSITION AUTOMATICALLY.
DURABILITY TEST FOR BED EDGE :
ADOPT INDEPENDENT CONTROL SYSTEM, USING DEDICATED HIGH-PRECISION AND HIGH INTELLIGENT ARAM CONTROLLER
AND SPECIAL TEST SOFTWARE. IT CAN RUN UNDER WINDOWS SYSTEM ON PC, IT IS OPERATED ALL BY SOFTWARE, THE
INTERFACE OF SOFTWARE IS EASY TO OPERATE.
SPECIAL TEST SOFTWARE ON PC, WINDOWS OPERATING PAGE, A HIGH DEGREE OF COMPATIBILITY.
TEST PROGRAM HAS ALREADY BEEN SET ON THE SOFTWARE ON PC ACCORDING TO THE TEST REQUIREMENT. A KEY TO TEST.
IT IS CONVENIENT FOR OPERATOR TO LEARN AND SAVE THE TRAINING TIME.
THE CURVE WINDOW OF TEST SOFTWARE DISPLAY THE VALUES OF FORCE AND SHIFT IN REAL TIME, COORDINATE MODEL.
LOADING CUSHION ON THE EDGE AND LOADING CUSHION WHICH IS USED FOR MEASURING USE GENERIC CONNECTION
HEAD THAT CAN BE IN INTERCHANGED. SHARING A SET OF DRIVING DEVICE, SAVE SPACE AND COST.
ADJUSTABLE RACK. THE PRESSURE PLATE CAN BE ADJUSTED THE POSITION ALONG THE DIRECTION OF X AND Y. IT CAN
MEASURE EACH POINT OF THE MATTRESS. IT IS DIFFERENT FROM THE TRADITION WAY TO SEPARATE. THE TEST CAN BE
FINISHED WITHOUT MOVING THE SAMPLE.
SAVE A LOT OF TESTING TIME, GREATLY REDUCES THE WORKING INTENSITY, OPERATORS CAN ACHIEVE SINGLE OPERATION,
SAVE THE COMPANY COST.
FORCE SENSOR AVOIDS DAMAGE TO THE CORE COMPONENTS BECAUSE IT CAN MAKE PROTECTION WHEN IT IS OVERLOAD.

ROLLING TEST SPEED: 16±2CYCLES PER MINUTE (OR SPECIFIED BY CUSTOMER)
CYLINDER ROLLER: 1400N, THE MIDDLE DIAMETER: 300mm, BOTH ENDS DIAMETER: 250mm, LENGTH: 1000
HEXAGON STYLE WOODEN ROLLER: SIZE AS STANDARD REQUIREMENT
COUNTER: 0~999999 CAN BE SET.
THE CONTROL WAY OF ROLLING: TOUCH SCREEN + PLC CONTROL
LOADING CUSHION ON THE EDGE: BUTTOCKS SHAPE, 380mm X 495mm
LOADING PARTS ON THE EDGE: THE MIDPOINT ON THE LONG EDGE OF THE MATTRESS.200 mm FROM EDGE.
LOADING FORCE ON THE EDGE: 1000N
LOADING TIME ON THE EDGE: 3S
POSITION OF MEASUREMENT: MATTRESS CENTER, LEFT AND RIGHT ARE BOTH 250mm, THE MIDPOINT ON THE LONG EDGE
OF THE MATTRESS 200 mm INWARD.
LOADING PLATE OF MEASUREMENT: DIAMETER 355mm, RADIUS OF CURVATURE OF THE END R800mm
CAPACITY OF FORCE SENSOR: 2KN
LOADING SPEED OF MEASUREMENT: 90±5mm/MIN
STROKE: 500mm
DRIVE MOTOR: SERVO MOTOR

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REFERENCE NUMBER: P-4421

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S-1197 LAUNDRY SOAP PRODUCTION LINE, CAPACITY 1000 TO 1500 KG/HR

LAUNDRY SOAP PRODUCTION LINE
CAPACITY: 1000 TO 1500 KG/HR
I. PROJECT INSTRUCTION
THIS PRODUCT LINE IS A SOAP COMPLETE LINE STARTING FROM OIL MELTING, SAPONIFYING, VACUUM DRYING AND COOLING, MILLING SOAP NOODLES, VACUUM EXTRUDING AND THEN CUTTING INTO SOAPS.
THIS PRODUCT LINE HAS ADVANCED TECHNOLOGY INCLUDING COVERING LESS FLOOR AREA, CONSUMING LESS ENERGY, SAVING HUMAN RESOURCES, AUTOMATING PROCESSES, PRODUCING HIGH QUALITY SOAPS WITH 50 TO 80% FATTY ACID CONTENT.
PLEASE NOTICE THAT:
IT IS A TURN-KEY PROJECT. THE PROFESSIONAL TEAM PROVIDE YOU ALL MACHINES AND ACCESSORIES, THE WHOLE PROCESS OF PRODUCTION, FORMULA, LAYOUT DESIGN, MACHINES INSTALLATION, PRODUCTS TRIAL ETC. ALL SOLUTION ACCORDING TO YOUR REQUIREMENTS.
THE QUOTATION INCLUDES ALL EXCEPT: BOILER, WORKSHOP BUILDING, HEAT INSULATING MATERIAL, WIRES, PACKING MACHINE, AND CONSUMABLE MATERIALS FOR INSTALLING (WELDING ROD, CRANE, ELECTRIC WELDER, ETC.).

1. PRODUCTION REQUIREMENTS:
A. STEAM BOILER: 2 MT/HR.
B. WORKSHOP AREA: LARGER THAN 300 M². (L: 35M, W: 7M, H: 7M)
C. POWER: 130 KW, 380 V, 50 HZ.
D. WATER: CIRCULATING WATER FOR VACUUM DRYING SYSTEM: 40 M3; PRODUCTION WATER.
E. CAPACITY: 1000 TO 1500 KG/HR, 8 TO 12 TON/DAY (8 HR/DAY). OIL CONSUMTION: 5 TO 8 TON/DAY.
F. WORKER: 10 TO 12 WORKERS.
2. MATERIAL AND CONSUMING FOR PRODUCING SOAP:
OIL OR FAT OF PLANT OR ANIMAL (PALM OIL, COCONUT OIL, TALLOW OIL, ETC.), CAUSTIC SODA (NAOH), SODIUM-CHLORIDE (NACL), SODIUM SILICATE, FRAGRANCE, PIGMENT, ETC.
3. PRODUCTION PROCESS:
MIX AND MELT OIL --> SAPONIFICATION --> ADD OTHER INGREDIENTS --> VACUUM DRYING --> SOAP NOODLE --> GRINDING --> VACUUM EXTRUDING --> CUTTING.

III. SPECIFICATIONS AND QUOTATION OF EQUIPMENT
1. CARBURETION WORKSHOP:
MIX KINDS OF OIL TOGETHER ON THE BASIS OF THE FORMULA. DEPOSIT AND TAKE OUT THE UNSAPONIFIABLES.

ITEM 001
CARBURETION POOL
MIX KINDS OF OIL TOGETHER ON THE BASIS OF THE FORMULA.
VOLUME: 10 M3.
FIELD WORK
QUANTITY: 1

ITEM 002
STORAGE TANK FOR REFINE OIL
SIZE: Φ2000X2600, 8.2 M3;
FEATURE: WITH COILER INSIDE.
QUANTITY: 1

ITEM 003
WATER PUMP, OIL PUMP, CAUSTIC SODA PUMP
POWER: 1.5 KW/SET.
QUANTITY: 4

ITEM 004
SEAMLESS TUBE
(Φ76X3.5) (Φ57X3.5), ETC.
QUANTITY: SEVERAL

ITEM 005
VALVE
Φ65, Φ40, ETC.
QUANTITY: SEVERAL

ITEM 006
FLANGE, SCREW, ELBOW, GASKET.
QUANTITY: SEVERAL

2. OIL AND FAT SAPONIFICATION WORKSHOP:
OIL AND ALKALI DO REACTIONS IN THE SAPONIFICATION CAULDRONS. IT IS A GOOD COMBINATION OF FOUR SAPONIFICATION CAULDRONS, WATER CIRCULATES FROM NO. 1 CAULDRON TO NO. 4, IT SAVES WATER, NAOH AND NACL AT THE MOST.

ITEM 007
SAPONIFICATION CAULDRON
SAPONIFICATION BETWEEN OIL AND NAOH, LASTING ABOUT 40 TO 60 HRS. SUFFICIENT REACTION. SAVE WATER.
SIZE: Φ2800 X 3000, 20 M3
AUXILIARY FACILITIES: LIQUID CAUSTIC SODA POOL.2 M3
FIELD WORK
QUANTITY: 4

ITEM 008
HIGH TEMPERATURE AND HIGH PRESSURE SOAP PUMP
POWER: 5.5 KW/SET
QUANTITY: 3

ITEM 009
SEAMLESS TUBE
(Φ76X3.5)(Φ57X3.5), ETC.
QUANTITY: SEVERAL

ITEM 010
VALVE
Φ76, Φ48, ETC.
QUANTITY: SEVERAL

ITEM 011
FLANGE, SCREW, ELBOW, GASKET.
QUANTITY: 1

3. SOAP VACUUM DRYING SYSTEM:
TO MAKE SOAP MATERIALS FLASH DRY AND COOL INSTANTLY. TO CONTROL THE FATTY ACID CONTENT FROM 50% TO 80%. TO IMPROVE THE QUALITY OF SOAP MATERIALS.

ITEM 012
INGREDIENTS MIXTURE TANK
PUT ESSENCE, PIGMENT IN THE LIQUID SOAP. HEATING AND MIXING
SIZE: 1.8 M3, Φ1200X1500
FEATURE: WITH PIPE LINER, HEATING AND MIXING
POWER: 4 KW/SET.
QUANTITY: 2

ITEM 013
HEAT EXCHANGER
HEAT THE LIQUID SOAP RAPIDLY
SIZE: Φ325 X 4000
QUANTITY: 1

ITEM 014
VACUUM SPRAY DRYER
THE VACUUM DRYER MAKES THE SOAP FLAKES THINNER AND EVENER, AND COOLS THEM DOWN MORE QUICKLY, TO IMPROVE THE QUALITY OF SOAP NOODLES.
ADOPT HARD TOOTH SURFACE GEAR REDUCER AND THE OIL PUMP INSIDE LUBRICATES AUTOMATICALLY AND MAKES A LONG LIFESPAN. THE THICKNESS OF BARREL IS 14 MM, THE INNER WALL IS PROCESSED BY VERTICAL LATHE TO ACHIEVE THE COAXIALITY AND SMOOTH SURFACE. THE SHAFT IS MADE BY A Φ108 X 14mm SEAMLESS TUBE. THE NOZZLE (Φ10mm) IN THE SHAFT SPRAYS SOAP MATERIALS, AND THE THREE BLADES SCRAPE THEM DOWN, AND THE SOAP MATERIALS DRY OUT FAST AND UNIFORM. THE WHOLE SET OF VACUUM SYSTEM CAN MAKE SOAPS WITH FATTY ACID CONTENT FROM 55% TO 80%.
1. TYPE: XSD-1000
2. CAPACITY: 1000 TO 1500 KG/HR
3. BARREL DIAMETER: Φ 1200mm
4. MOUTH DIAMETER: 10mm
5. SPEED: 13 R/MIN
6. POWER: 3 KW
7. DIMENSION: Φ 1600 X 4500mm
8. WEIGHT: 3200 KGS
QUANTITY: 1

ITEM 015
FINE SEPARATORS
SEPARATE THE SOAP POWDER FROM THE WATER WHEN VACUUM DRYING
QUANTITY: 2

ITEM 016
BAROMETRIC CONDENSER
CONDENSE WATER FROM THE SOAP
QUANTITY: 1

ITEM 017
ELIMINATOR
DRAW OFF WATER
QUANTITY: 1

ITEM 018
PELLETIZER
IT IS USED TO PRESS THE VACUUM-DRIED SOAP MATERIALS INTO SOAP NOODLES. LONG DOUBLE SCREWS TURN INWARD TO DRIVE SOAP MATERIALS TO EXTRUDE SOAP NOODLES THROUGH PORE PLATES.
1. TYPE: XSN-1000
2. CAPACITY: 1000 TO 1500 KG/HR
3. SCREW DIAMETER: Φ 230mm X 2
4. POWER: 15 KW
5. DIMENSION: 3100 X 1200 X 1550mm
6. WEIGHT: 3000 KGS
QUANTITY: 1

ITEM 019
STAGE VACUUM PUMP
KEEP THE VACUUM SYSTEM IN VACUUM STATE
POWER: 15 KW
QUANTITY: 1

ITEM 020
BUFFER TANK OF VACUUM PUMP
PROTECT THE VACUUM PUMP FROM STEAM WATER
SIZE: Φ600 X1200
QUANTITY: 1

ITEM 021
SOAP PUMP, WATER PUMP
SOAP PUMP: SPECIAL CONSTRUCTURE, DRAW LIQUID SOAP FROM INGREDIENTS MIXURE TANK TO HEAT EXCHANGER. POWER: 7.5 KW
WATER PUMP: FOR WATER CIRCULATING. POWER: 5.5 KW
QUANTITY: 2

ITEM 022
SEAMLESS TUBE AND VALVE
Φ76 Φ48, ECT.
QUANTITY: SEVERAL

ITEM 023
FLANGE, SCREW, ELBOW, ETC.
QUANTITY: SEVERAL

4. FINISHING LINE:
MILL SOAP NOODLES TWICE, VACUUM EXTRUDING SOAP BAR, CUT SOAP CAKES, AT THE SAME TIME STAMP LOGO ON SOAP CAKES.

ITEM 024
THREE-ROLL GRINDING MILL
THREE-ROLL GRINDING MILL IS USED TO GRIND, PRESS THE MATERIAL TO INCREASE ITS DENSITY AND QUALITY.
1. ROLL DIAMETER: Φ260
2. ROLL LENGTH: 780mm
3. MOTOR POWER: 7.5KW
4. ROLL SPEED RATIO: 1:3:9
5. DIMENSION: 1500 X 1200 X 1000mm
6. WEIGHT: 2400 KGS
QUANTITY: 2

ITEM 025
VACUUM PLODDER
VACUUM PLODDER IS USED TO GRIND, REFINE AND PRESS SOAP MATERIAL INTO SOAP BAR. THE ABOVE AND BELOW SCREWS AND TWO ORIFICE PLATES PRESS AND REFINE THE SOAP MATERIAL AND MAKE THE SOAP BAR TIGHT AND THE SURFACE BRIGHT.
THE MOTOR AND THE REDUCER ARE SEPARATED, FOR LONG LIFE-SPAN AND MAINTENANCE. THE BELOW SCREW’ SPEED IS ADJUSTABLE TO REGULATE THE PRODUCTION CAPACITY. THE VACUUM CHAMBER HAS A VISION GLASS TO WATCH THE INNER, THE VACUUM METER TESTS THE VACUUM DEGREE. THE HEATER INSIDE THE OUTLET ADOPT AUTOMATIC TEMPERATURE CONTROL SYSTEM. THE JACKETS OF THE ABOVE AND BELOW BARRELS ARE CONNECTED TO A CIRCULATING WATER SOURCE.
1. TYPE: XS-1000
2. CAPACITY: 1000 TO 1500 KG/HR
3. DIAMETER OF SCREW: Φ230mm
4. SPEED: TOP 15; BOTTOM: 12 TO 18
5. POWER: TOP: 11 KW; BOTTOM: 15 KW
6. DIMENSION: 4350 × 1200 × 2630mm
7. WEIGHT: 4500 KGS
QUANTITY: 1

ITEM 026
ELECTRONIC
CUTTING MACHINE
SOAP ELECTRONIC CUTTING MACHINE IS USED TO CUT SOAPS INTO CAKES AND STAMP PATTERNS ON THE SOAP. ADOPT DELTA SERVO MOTOR AND CONVERTER, VOLTAGE STABILIZER AND PRECISION PURIFIED AC VOLTAGE STABILIZER, TO PROTECT MOTOR AND ELECTRICAL COMPONENTS AND TO KEEP HIGH ACCURACY.
THE MOULD WHEELS RUN BY THE MOVING OF SOAP BAR FROM VACUUM PLODDER. BECAUSE OF THE ELECTRONIC TRACKING SYSTEM, IT CAN CUT SOAP BARS WITH ANY SIZES AND WEIGHT AFTER SETTING THE COMPUTER.
THE CHARACTERS AND THE SHAPE OF SOAP IS CLEAR AND NEAT
THE SIZE AND PATTERN ARE DESIGNED ACCORDING TO CUSTOMERS’ REQUIREMENTS
1. SIZE AND WEIGHT: ADJUSTED BY CUSTOMER’S REQUIREMENTS
2. POWER: 2 KW, 380 V, 50 HZ
3. CAPACITY: IN STEP OF VACUUM PLODDER
4. MOULD: WITH ONE SET
5. DIMENSION: 1000 × 400 × 1200mm
6. WEIGHT: 100 KGS
WOODEN CASE
QUANTITY: 1

ITEM 027
CONVEYORS
APPEARANCE IS GOOD AND OPERATION IS STABLE, NON-NOISE AND ANTI-DUST
MOTOR: 1.1 TO 1.5 KW/PCS
QUANTITY: 4

ITEM 028
VACUUM PUMP
FOR VACUUM PLODDER
POWER: 2.35 KW
QUANTITY: 1

5. OTHERS

ITEM 029
EQUIPMENT SUPPORT, OPERATING PLATFORM, LADDER, ETC.
USED IN CARBURATION POOL, SAPONIFICATION CAULDRONS, AND VACUUM SYSTEM
QUANTITY: 1

ITEM 030
DISTRIBUTION BOX
CONTROL MACHINES, BIG BRAND ELECTRICAL COMPONENTS
WOODEN CASE
QUANTITY: 4

6. ADDITIONAL MACHINES AND SPARE PARTS

ITEM 031
ELECTRICAL CABLES
ALL WIRES FROM EACH MACHINE TO THE FOUR DISTRIBUTION BOXES. THE MAIN WIRE FROM THE FOUR DISTRIBUTION BOXES TO THE MAIN DISTRIBUTION BOX AND SLEEVES ARE NOT INCLUDED
QUANTITY: 1

ITEM 032
HEAT INSULATING MATERIAL
ABOUT 450 M3, INCLUDING GALVANIZED SHEET 450 M3. GLASS WOOL CLOTH, NAILS
QUANTITY: 1

ITEM 033
WELDING ROD
ABOUT 50 BOXES, 1 TON.
QUANTITY: 1

ITEM 034
STEAM BOILER
MATERIAL: DIESEL OIL.
RATED POWER: 2000 KG/H
RATED PRESSURE: 1.25 MPA
RATED STEAM TEMPERATURE: 194 ℃
THE QUOTATION IS FOR ONE WHOLE SET OF BOILER, INCLUDING THE STEAM BOILER, WATER TREATMENT EQUIPMENTS, WATER BOXES, OIL BOXES, PUMPS, AND SOME SPARE PARTS
THE QUOTATION INCLUDES SALARY OF BOILER ENGINEER'S INSTALLATING AND TESTING
THE AIR TICKET AND ACCOMMODATION ARE NOT INCLUDED
LOADED BY A 40 'GP CONTAINER
QUANTITY: 1

QUANTITY: 1 PLANT

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REFERENCE NUMBER: C-4085

GREENVILLE CONTINUOS INDIGO & SULPHUR AND MERCERIZING DYEING LINE, YEAR RECONDITIONED 2004

 

GREENVILLE CONTINUOS INDIGO & SULPHUR AND MERCERIZING DYEING LINE

IN 20 ROPES

YEAR RECONDITIONED: 2004

AND THEN IT STOPPED ON 2009

STILL ON MILL FLOOR

 

A-BALL WARPING MACHINES:

OFFER 001

RED-CHATWOOD BALL WARPER

MODEL: WC 480

YEAR: 1991

MAX. DIAMETER: 1200mm

TRAVERSE MAX.1200mm

MAX. WEIGHT: 816 KGS

ELECTRONIC CONTROL

2 ROLLERS WITH SENSOR

FOR AUTOMATIC REGULATION

AND CONSTANT AND PERIPHERIC WINDING SPEED

AND TENSION YARN FROM CREEL

QUANTITY: 1

 

OFFER 002

REED-CHATWOOD V CREEL

MODEL: LVC/A

YEAR: 1991

WITH ELECTRONIC TENSION REGULATION

504 POSITIONS WORKING

504 POSITIONS STORAGE

GAUGE 340mm X 340mm

80-WOOD LOG

QUANTITY: 2

 

OFFER 003

INDIGO & SULPHUR AND MERCERIZING ROPES DYEING LINE:

YEAR: 1972

YEAR RECONDITIONED: 2004

GREENVILLE

ROPES RANGE 20 ROPES

THIS ROPE RANGE HAS THE FLEXIBILITY TO PRODUCE 11 DIFFERENT DYEING PROCESS

QUANTITY: 1

 

COMPLETE OF:

OFFER 004

CREEL FOR 20 BALLS WARP POSITIONS

QUANTITY: 1

 

OFFER 005

ROPES YARN INTRODUCTION

AND DRAGGING CALENDER

QUANTITY: 1

 

OFFER 006

TANK1 - SODAING, IMBIBITION AND PURGING TANK

WITH LIQUID CIRCULATION

AND FILTERING GROUP

WITH SQEEZING PADDER FOR 10000 KGS

IN UPPER POSITION

QUANTITY: 1

 

OFFER 007

STEAMER

WITH VERTICAL PASSAGES OF FABRIC BY 6 UPPER

AND UNDER 5 CYLINDERS

CAP.L.M.40

QUANTITY: 1

 

OFFER 008

TANK2- FIXING, WASHING, INDIGO DYEING TANK

WITH SQEEZING PADDER FOR 10000 KGS FOR EACH TANK

QUANTITY: 1

 

OFFER 009

8 LONGITUDINAL FINNED CYLINDERS FOR OXIDIZATION OF INDIGO-DYED YARNS

FABRIC CAPACITY 28 LINEAR METERS

QUANTITY: 1 SET

 

OFFER 010

TANK3 - NEUTRALIZATION, WASHING AND INDIGO DYEING

WITH SQEEZING PADDER 10000 KGS

IRON AISI 316 FOR EACH TANK

QUANTITY: 1

 

OFFER 011

8 LONGITUDINAL FINNED CYLINDERS FOR OXIDIZATION OF INDIGO-DYED YARNS

FABRIC CAPACITY 28 LINEAR METERS

QUANTITY: 1 SET

 

OFFER 012

TANK4-TANK5

WASHING AND INDIGO DYEING TANK

WITH SQEEZING PADDER 10000 KGS FOR EACH TANK

QUANTITY: 2

 

OFFER 013

8 LONGITUDINAL FINNED CYLINDERS FOR OXIDIZATION OF INDIGO-DYED YARNS

FABRIC CAPACITY 28 LINEAR METERS

QUANTITY: 1 SET

 

OFFER 014

TANK6-TANK7 - WASHING AND INDIGO DYEING

BLACK SULPHUR DYEING

WITH SQEEZING PADDER 10000 KGS

FOR EACH TANK

QUANTITY: 2

 

OFFER 015

8 LONGITUDINAL FINNED CYLINDERS FOR OXIDIZATION OF INDIGO-DYED YARNS

QUANTITY: 1 SET

 

OFFER 016

TANK8 - INDIGO SPECIAL COLORS DYEING

BLACK SULPHUR DYEING TANK

WITH LIQUID CIRCOLATION

AND FILTERING GROUP

WITH SQEEZING PADDER 10000 KGS FOR EACH TANK

QUANTITY: 1

 

OFFER 017

8 LONGITUDINAL FINNED CYLINDERS FOR OXIDIZATION OF INDIGO-DYED YARNS

FABRIC CAPACITY 28 LINEAR METERS

IN UPPER POSITION

QUANTITY: 1 SET

 

OFFER 018

STEAMER

WITH VERTICAL PASSAGES OF FABRIC BY 6 UPPER

AND UNDER 5 CYLINDERS

CAP.L.M.40

QUANTITY: 1

 

OFFER 019

INDIGO CIRCULATION TANK

COMPLETED WITH FILTERS, HEATING COILS AND

AUTOMATIC DOSER FOR HYDROSULPHITE CAPACIOUS FOR 200 LT.S

WITH DOSING PUMP FOR AUTOMATIC SODA DOSING

ELECTRONIC EQUIPMENT FOR CONTROL OF PH

AND REDOX PARAMETERS

QUANTITY: 1

 

OFFER 020

TANK9-TANK10 - INDIGO DYEING

BLACK SULPHUR DYEING

WITH SQEEZING PADDER 10000 KGS

FOR EACH TANK

QUANTITY: 2

 

OFFER 021

8 LONGITUDINAL FINNED CYLINDERS FOR OXIDIZATION OF INDIGO-DYED YARNS

QUANTITY: 1 SET

 

OFFER 022

TANK11-TANK12-TANK13 - HOT WASHING (AND/ OR INDIGO DYEING)

TANK WITH SQEEZING PADDER 10000 KGS

WITH INOX STEEL HOOD AND ASPIRATION FAN

ALL INSIDE AND OUTSIDE TANKS AND CYLINDERS ARE IN INOX IRON

ALL THE TANKS ARE THERMOREGULATED

EACH TANK IS COMANDED BY MOTOR POWER INVERTER

QUANTITY: 3

 

OFFER 023

RAMALLUMIN DRYING CYLINDERS

YEAR: 1972

YEAR RECONDITIONED: 2002

PART OF TEFLONED CYLINDERS

ALL CYLINDERS STEAM HEATING THERMOREGULATED EXIT

20 COILER SYSTEM FOR CANS

DIAMETER: 1200mm X H.800mm

FOR DYEING ROPES

PANEL ELECTRONIC COMPUTERIZED

AND ELECTRIC POWER FOR ALL FUNCTIONS OF THE LINE

ELECTRONIC CONTROL OF THE TENSION OF THE YARN

WITH ELONGATIONS IN %

BETWEEN THE DIFFERENT POINT

MOISTURE CONTROL

QUANTITY: 36

 

OFFER 024

CANS STORAGE

DIAMETER: 1200mm X H.800mm

INCLUDING-CABIES-PIPING

QUANTITY: 60

 

OFFER 025

INOX IRON CONTROL PANEL FOR THE DYEING PROCESS

QUANTITY: 1

 

OFFER 026

INOX IRON CONTROL PANEL FOR THE SPEED REGULATION

QUANTITY: 1

 

OFFER 027

INOX IRON CONTROL PANEL FOR THE COLORS KITCHEN

COLORS AUTOMATIC ELECTRONIC KITCHEN

QUANTITY: 1

 

OFFER 028

COMPOSED WITH:

CAPACIOUS FOR DARK INDIGO SALVAGE FOR 3500 LTS EACH

QUANTITY: 6

 

OFFER 029

CAPACIOUS FOR DARK INDIGO SALVAGE FOR 10000 LTS EACH

ALL THE CAPACIOUSES ARE IN INOX IRON

AND ARE PROVIDED WITH THE ELECTRIC AGITATOR

PART OF THEM ARE THERMOREGULATED

QUANTITY: 6

 

OFFER 030

DIRECT WARPER MACHINES FOR REBEAMING:

REED-CHATWOOD CHAIN BEAMERS DIRECT WARPERS

MODEL: SBB

YEAR: 1991

MAX. SPEED 410 M/MIN

BEAM FLANGE

DIAMETER: 1000mm

BEAM MAX. WEIGHT: 907 KGS

FOR REBEAMING FROM CANS

WITH ROPES DYEING

TO REED-CHATWOOD CHAIN BEAMERS

WITH AUTOMATIC ELECTRONIC PREFEEDER ACCUMULATOR

WITH 2 POSITIVE ROLLERS

FOR ELECTRONIOC CONTROL OF CONSTANT TENSION

AND PERIPHERIC SPEED ROPES

QUANTITY: 1

 

OFFER 031

NUOVA FORMIA CHAIN BEAMERS DIRECT WARPERS

YEAR: 1987

MAX. SPEED: 410 M/MIN

BEAM FLANGE DIAMETER: 1000mm

BEAM MAX. WEIGHT: 907 KGS

FOR REBEAMING FROM CANS

WITH ROPES DYEING

TO NUOVA FORMIA CHAIN BEAMERS

WITH AUTOMATIC ELECTRONIC

PREFEEDER ACCUMULATOR

WITH 2 POSITIVE ROLLERS

FOR ELECTRONIOC

CONTROL OF CONSTANT TENSION

AND PERIPHERIC SPEED ROPES

QUANTITY: 5

 

OFFER 032

WARP BEAMS FLANGE DIAMETER: 1000mm

INSIDE DISTANCE FLANGE TO FLANGE: 1600mm

FOR EXIT CHAIN BEAMERS AND FEEDING CREEL ROTAL

SIZING MACHINE

SPARE PARTS EXISTING IN THE COMPANY

QUANTITY: 100

 

OFFER 033

SIZING MACHINE

ROTAL SIZING MACHINE

YEAR: 1990

QUANTITY: 1

 

COMPOSED WITH:

OFFER 034

FEEDING CREEL FOR 16 POSITIONS FOR BEAMS FLANGE

DIAMETER: 1000mm X INSIDE

DISTANCE FLANGE TO FLANGE 1600mm

QUANTITY: 1

 

OFFER 035

SIZE TANK WITH DOUBLE GROUP OF DOUBLE SQEEZING

3 CYLINDERS EACH SET GROUP

HIGH PRESSURE TYPE

YEAR: 1999

COMPLETE

QUANTITY: 2

 

OFFER 036

DRYER-GROUP MODEL

OF 16 DRYING INOX CYLINDERS

DIAMETER: 800mm

PART OF THEM TEFLONED

WITH SIDE COVERINGS AND ASPIRATOR

QUANTITY: 1

 

OFFER 037

AUTOMATIC BEAMING MACHINE FOR BEAMS

WIDTH: 2600mm

FOR FLANGE DIAMETER: 1200mm

COMPLETED WITH ELECTRONIC CONTROLS, ETC

QUANTITY: 1

 

OFFER 038

SIZING KITCHEN

COMPOSED OF INOX

1 TANK FOR SIZE PREPARATION

CAPACITY: 1000LTS

AND CAPACIOUS FOR COOKING AUTOCLAVE OF 1000 LTS

AND OF 2 STORAGE RESERVE SIZING CAPACIOUS FOR 1500 LTS

COMPLETED WITH ELECTRIC PANEL

WITH THERMOREGULATION, ETC

QUANTITY: 1

 

QUANTITY: 1 LINE

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INDEX 1. Technical specification pag.2 2. Line composition pag.3 3. Machines description pag.4 4. Total price of the turn-key plant pag.25 5. Sale terms pag.26 6. Payment terms pag.28 7. General selling terms and conditions pag.29 Learn More