Digital fusion splicer with automatic focus function
Fiber core can be display clearly
Single x or y view and x & y view simultaneously
Auto detect cleaved end face fault
Display fiber cleaved and offset angle
Display core and clad offset
5.6 inch tft color lcd monitor with clear digital image display
Usb & vga interface
Software upgrade via usb interface
Core to core alignment by pas technology
(pas:profile alignment system)
Fiber core can be display clearly
Single x or y view and x & y view simultaneously
Auto check quality of cleaved end face
5.7 inch tft color lcd monitor with clear digital image display
Usb & vga interface
Software upgrade via usb interface
Features:
*Digital Color display
*Simultaneous X and Y views
*9 Sec.splice time,40 Sec.tube-heat time
*Large capacity internal battery
*SYSTEM TEST ensures the best working condition
*User programmable
*Auto check fiber end face
*Auto calibrate parameters
*Store 8000 groups of splice results
*Multiple language options
Specifications:
Applicable fibers: SM,MM,DS,NZ-DS,EDF;
Cladding diameter:100 to 150um;
Coating diameter:100 to 1000um;
Fiber cleaved length:8~22mm(standard);
Splicing mode:Auto&Manual;
Average splice loss:0.02dB(SM),0.01dB(MM),0.04dB(DS),0.04dB(NZDS);
Return loss:í¦ 60dB;
Environment conditions:-25~50íµ(operation temperature),0~95% RH (humidity),0~5000m (altitude);
Storage environment:-40~80íµ(temperature),0~95%RH(humidity);
Protection sleeve length:20mm,40mm,60mm;
Tension test:2.0N (Standard);
Language: English,Chinese,Korea,Russian,Spanish etc;
Interface:RS232 interface&video output;AC adaptor:85~260V input voltage;
Power supply:Internal battery:12V voltage,10Ah, up to 200 times of continuous splices and heats;DC adaptor:12V voltage,optional multipurpose external battery;
Dimensions:160(W)í-160(H)í-180(D)mm;
Weight:4.2kg;
ES fiber is a sheath-core composite fiber obtained by successfully combining low-melting components and high-melting components on a single fiber.
It has excellent thermal bonding properties. The low melting point component in ES fiber melts under heat treatment conditions higher than its melting point, and bond with other materials to form a binder-free environmentally and friendly non-woven fabric.
ES fiber has various advantages such as soft, fluffy, low-temperature processing, heat-bonding, plasticity, non-toxic, non-irritating, and lightweight. It is mainly used to manufacture high-quality sanitary products such as sanitary napkins and diapers. And it is also high-quality materials used to make medical products such as medical protective cloth and medical protective masks, and so on.
There are two main types of ES fibers. The first kind is a composite of PE and PP. Its sheath layer is PE (polyethylene, melting point 130�°C), and its core layer is PP (polypropylene, melting point 165�°C).
The second kind is a composite of PE and PE. Its sheath layer is PE, and the core layer is PET (polyester, melting point 255â??), which is an upgraded version of PE/PP.
ES is divided into EP and ET in terms of material and functionally divided into the hydrophilic, water-repellent, hydrophilic, and weak parent, single parent, multi-parent.In addition, it also can be divided into whitening, general whitening, high holding, medium holding, and low holding. The specifications are 1.5D38mm, 2D38mm, 4D51mm, and so on. In the future, the trend will gradually develop towards fine deniers.
Raw coconut fiber is twisted into single or double yarns (two twisted fibers), then woven by loom into coir nets based on
specifications required by customers. Coir nets is mainly used to cover bare hills, road slopes and preventing erosion.
Beautifully organize your home with the minimal and versatile large seagrass basket handles made of fiber with artisanal technique from Vietnam.
Specifications:
- Material: Seagrass + plastic string/ 100% seagrass material
- Sell: Set/ Single piece
- Size: Diameter 15 -45 cm/ Customer sizes
- Usage: Decoration for wall and home/ Kitchenware accessories
- Brand Name: 99 Gold Data
- Feature: Eco-friendly, Lightweight, Durable
- Place Of Origin: Viet Nam
Model Number
Signal Fire AI-9
Fiber alignment
Core/Cladding alignment/ Manual alignment
Splicing time
5S
Heating time
15S
Heating mode
Automatic heating (Preheating)
Focus mode
Six motors auto focus
Applicable Fibers
SM(G.652&G.657)/ MM(G.651)/ DS(G.657)/ NZDS(G.655)
Splice loss
0.025dB(SM)/ 0.01dB(MM)/ 0.04dB(DS/NZDS)
Control technology
Real-time control and calibration of fusion ARC
Return loss
Better than 60dB
Fiber diameter
Cladding diameter: 80-150 m Coating diameter: 100-1000�¼m
Fiber Cleave length
Coating less than 250 m: 8-16mm Coating less than 250-1000 m: 16mm
Built-in lighting
easy for night operation
Tension test
Standard 2N
Fiber holders
3 in 1 fiber holder, SM, MM, Bare fiber, pigtail, rubber-insulated, multi fiber cable
Magnification
300 for X or Y view, 150 for X or Y view
Screen
5 inch TFT color display
Splicing mode
Normal/ High precision splicing
Splicing record storage
Synchronize to the phone, the server to cloud storage unlimited
Built-in battery
7800mAh high-capacity lithium battery, charging time â?¤3.5 hours, continuous splicing and heating about 260 times
Power supply
Input AC100-240V 50/60HZ, output DC13.5V/4A, the current power mode can be identified, real-time detection of battery power
Operating conditons
Temperature -15~+50 C, humidity: 95% RH(no condensation)
Working altitude: 0~5000m, resist max. wind speed: 15m/s
Shrinkable tube
60mm/40mm
Visual Fault locator
Power: 15mw, 2hz flashing and constantly bright mode
Optical power meter
Wavelenght: 850nm/ 1300mm/ 1310nm/ 1490nm/ 1550nm/ 1625nm
Both X and Y axis display
Large multiple & visible fiber core
Turn-over display screen to use conveniently
Inner light to set fiber at night
Auto check end-face of fiber
Auto calculate splicing loss
Auto select suitable fusion program
Small bulk and light weight & alternating /Direct Current available
Screen menu for simple operation
Concave weatherproof cover & Max. wind velocity of 15m/s
Properly processed soybean meal offers the most complete nutrient profile of any common feedstock. Some of its most significant nutritious benefits include:
Protein
Soybean meal contains 47-49% protein and 3% crude fiber if the hulls are removed before processing. Processors often leave some hulls in tact or add separated hulls back into the material after processing to create a meal with about 43-46% protein and at least 6% crude fiber.
Monogastric (single-stomached) animals, like pigs and chickens, donâ??t digest dietary fibers very well, so they prefer low-fiber, high-protein feeds. Soybean meal offers the highest protein content of any common oilseed or grain, supplying the most complete source of plant-based protein.
Amino acids
Soybean meal provides all the essential amino acids that monogastric animals requireâ??especially those like lysine and tryptophan that are lacking in corn and other cereal grains. Plus, the amino acids in soybeans are highly digestible. Compared to other oilseed meals, soybean offers the highest lysine digestibility and ranks high in methionine, cystine, and threonine.
Energy
Soybean meal offers more metabolizable energy than any other plant protein, especially when processed in a mechanical press like the Anderson Expeller. The press leaves about 5% residual oil in the meal, which boosts fat-based energy in feed.
The nutrition facts for 100 grams of boiled soybeans are :
Calories: 172
Water: 63%
Protein: 18.2 grams
Carbs: 8.4 grams
Sugar: 3 grams
Fiber: 6 grams
Fat: 9 grams
Saturated: 1.3 grams
Monounsaturated: 1.98 grams
Polyunsaturated: 5.06 grams
Terms:
MOQ: 25,000 mt * 12 months
CIF USD 420 / mt
ITLC / SBLC / TT from a top 50 bank
Draft of the letter of credit to be approved by the Seller before issuance
As opposed to the most consumed rice variety, i.e. the white rice, which is processed by removing the hull, the parboiled variety retains the hull, and is hydrated and steamed during its processing. This lets the grains retain the nutrition provided by the bran layer. This steaming process causes the vitamins and mineral to migrate from the bran to the rice kernel.
Carbohydrates
Parboiled rice has almost double the fiber content than the most consumed white rice. A single cup of parboiled rice is a source of 41 grams of total carbohydrates, which is about a third of our daily carbohydrate requirement. This same amount of parboiled rice satiates 4-6% of our daily fiber need. Moreover, the carbohydrates in this variety do not cause a surge in the blood sugar level due to their low glycemic score of 38, which is more than twice as low as that of white rice.
B Vitamins
The parboiled variety is a rich source of B vitamins, niacin and thiamine. When combined, these vitamins digest the sugar and help convert the carbohydrate into energy.
Minerals
A cup of parboiled rice provides around 3% of our daily requirement of calcium, magnesium, iron and potassium. Your body also gets about 5-7% of your daily zinc requirement. These help your body in forming the protein structure and regulate DNA. It also saves your immune system from getting impaired.
Galvanized GI Steel Rolls & Plates & Coils
Whatâ??s the difference between galvanized GI steel coils and plates?
I. Definition
Galvanized GI Steel coil and galvanized sheet are galvanized steel. The galvanized coil is a continuous hot dip galvanized coil in the production process. While galvanized sheet is a single hot dip galvanized sheet in the production process.
2. the production process
The production process of galvanized coil and galvanized sheet is different.
The production process of galvanized coil generally includes multiple processes such as coil heating, hot dip galvanizing and shearing into coil.
The galvanized sheet is generally the zinc alloy coating through the hot dip technology directly coated to the surface of the steel plate.
So the production process is relatively simple, the process difficulty is relatively low.
3. material thickness
The material thickness of galvanized coil and galvanized sheet is also slightly different.
Generally speaking, the thickness of galvanized coil is relatively thin. We mainly use it for the production of cold rolled, coating and other thin steel products.
The thickness of galvanized sheet is relatively thick. We mainly use it in the manufacture of glass fiber reinforced plastic, automotive panels, roof panels and other steel products requiring strength and corrosion resistance.
4. Advantages and Disadvantages
Both galvanized coil and galvanized sheet have their own advantages and disadvantages.
The production cycle of galvanized coil is short, the process is simple, and it is suitable for the production of low thickness and high precision steel products.
The galvanized sheet has the advantage of hardness, corrosion resistance, wear resistance and other multiple properties.
However, the production process of galvanized sheet is time-consuming and laborious, and the production cost is relatively high.
5. Application fields
The application areas of galvanized coil and galvanized sheet are also different.
Galvanized coil is usually used in the production of home appliances, building materials, auto parts, pipes and other high-demand steel products.
The galvanized sheet is mainly used in automobile manufacturing, construction engineering, petroleum, chemical and other industries.
In addition, because of the good corrosion resistance of galvanized sheet, it is also widely used in Marine engineering, railway, bridge and other fields.
Features:
Automatic selection of optimal fusion splice program
Automatic detection of fiber end face
Automatic calibration of arc discharge
Automatic fiber alignment function
Automatic calculation of splice loss
5-inch color LCD monitor with clear digital image display
Dual mode of view, separately view of X/Y axis, simultaneous view of X and Y axis
Wind resistance function
Intuitive operating interface and menu design
Built-in battery
Compact size and light weight
Specifications:
Parameters Specifications
Applicable Fibers SM, MM, DS, NZDS
Fiber Cleaved Length (mm) 12 ~ 16 (Coating Dia.: 250um)
16 (Coating Dia. 250 ~ 1000um)
Fiber Diameter (um) Cladding diameter: 80 ~ 150
Coating diameter:100 ~ 1000
Fiber Count Single
Fiber Aligning Method Core aligning
Return Loss (dB) >60
Actual Average Splice Loss (dB) 0.02(SM), 0.01(MM), 0.04(DS), 0.04(NZDS)
Splice Mode Auto & Manual
Typical Splice Time (sec) 9 seconds with standard SM fiber
Fusion Splice Program 12 (templet), 188 (user)
Tube Typical Fusion Time 30 sec
Protection Sleeve Length (mm) 60, 40, 20
Storage of Splice Result 5000 results, 3 parameters per result
Tension Test (N) 2N
Fiber Magnification 400X (X or Y view), 200X (X and Y view)
Electrode Life 2500 times
No. of Splice/Heating with Battery Typical 130 cycles with built-in Li-battery
Monitor Reversible The fiber image can be turned over
Display Screen 5 inch color LCD monitor
Terminal RS232
Power Supply AC 100-240V with AC adapter inner Li-battery (6600mAH)
Operating Condition -10 ~ +50ó¬C; 0~95%RH (no condensation); 0-5000m above sea level; Max wind velocity of 15m/s
Dimensions (mm) 150(L) x 150(W) x 160(H)
Weight 3.52Kg including battery
PRODUCT INFO
Jackfruit spread through the rest of India and on to South-east Asia. The tree is large and the fruit itself grows not at the tip of limbs but rather out of the trunk. The jackfruit is the largest tree-born fruit in the world. A single pod can reach a length of nearly a meter and weigh close to 40 kilograms.
USES
The Jackfruit bulbs can be eaten fresh, frozen, cooked or pureed. Younger Jackfruit is added to curries and can be roasted or baked and eaten as a vegetable. It is often shredded and used as a meat substitute. Riper Jackfruit bulbs are added to salads. Make jam or ice cream from pureed bulbs. Boiling Jackfruit bulbs in milk and then straining off the liquid will result in a custard-like consistency once it has cooled. Jackfruit can be dried and then fried in oil, salted and eaten like potato chips. Jackfruit seeds can be roasted and eaten like chestnuts or dried and ground into flour. Jackfruit does not keep well once it is ripe. Unused portions of prepared fruit can be refrigerated for a few days or frozen for a few weeks.
Jackfruit is very nutrient-dense. It is a great source of fiber, protein and vitamin B. It also contains potassium, iron and calcium. The deep yellow-orange color of the Jackfruit bulbs is the result of phytonutrients like beta-carotene, giving the fruit powerful antioxidant properties.
SEASON
Jackfruits can be produced nearly all year round.
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