We make available Medical Consumable Items which have proven reliability and long service life. Association with trusted vendors enabled us to meet the quality expectations of the clients. We source only premium-grade raw materials from the reliable sources after complete checking. With the assistance of our excellent logistics facility, we are able to deliver the orders within the postulated time frame.
We make available Medical Consumable Items which have proven reliability and long service life. Association with trusted vendors enabled us to meet the quality expectations of the clients. We source only premium-grade raw materials from the reliable sources after complete checking. With the assistance of our excellent logistics facility, we are able to deliver the orders within the postulated time frame.
Model FZK8810A QY-EWQ-01
Measurement Method Non-contact type
Power Supply Prompt for low battery charge DC 3V(2 AAA batteries)
Measuring Range 32-42.5 33~43.0
Electricity Prompt Prompt for low battery charge
Measure Distance 1cm-15cm 3~5cm
Fever Alarm Abnormal body temperature alarm 5 beeps in case of the
temperature is higher 38
Measuring Time Measurement time:0.6 second
Maximum Error ±0.2 0.2~0.3
Display Unit Centigrade()
Display Resolution 0.1 0.2~0.3
Automatic Shutdown 15 seconds 20 seconds
Operating Environment 10-40, Humidity 85%
Specification Size 7cm*5cm*19cm 15.5*8.77*4.4cm
Transportation And Storage Environment -20
-55,Humidity 85%
Model FZK8810A QY-EWQ-01
Measurement Method Non-contact type
Power Supply Prompt for low battery charge DC 3V(2 AAA batteries)
Measuring Range 32 42.5 33~43.0
Electricity Prompt Prompt for low battery charge
Measure Distance 1cm-15cm 3~5cm
Fever Alarm Abnormal body temperature alarm 5 beeps in case of the
temperature is higher 38
Measuring Time Measurement time:0.6 second
Maximum Error 0.2 0.2 ~0.3
Display Unit Centigrade( )
Display Resolution 0.1 0.2
Automatic Shutdown 15 seconds 20 seconds
Operating Environment 10 -40 , Humidity 85%
Specification Size 7cm*5cm*19cm 15.5*8.77*4.4cm
Transportation And Storage Environment -20 -55 ,Humidity 85%
About Meltblown Nonwove
Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties
Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc
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Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �?�µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties
Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc
Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �?�µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties
Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc
About Meltblown Nonwoven
â?¢ Melt blown is a one step process to make fabrics from polymer.
â?¢ The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
â?¢ The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
â?¢ The main purpose of melt blown fabric is to provide barrier property for the liquid.
â?¢ Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
â?¢ Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
â?¢ Adjustable Pores And Capillary Structure
â?¢ Excellent barrier properties
â?¢ Filament size 1 -3 �µm
â?¢ High Elasticity
â?¢ High Filtration capability
â?¢ Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
â?¢ Large Area-to-weight ratio
â?¢ Self-bonding
â?¢ The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
â?¢ Very good thermal insulation for apparel application
â?¢ Weak tensile properties
â?¢ Wicking Properties
Application of spun-bond nonwoven fabrics:
â?¢ Sanitary and Hygiene:
â?¢ Sanitary napkins,
â?¢ Baby diapers and
â?¢ Incontinence diapers
â?¢ Medical and Surgical:
â?¢ Gowns,
â?¢ Face masks,
â?¢ Caps,
â?¢ Drapes, etc
â?¢ Other Miscellaneous Applications:
â?¢ Filtration Material,
â?¢ Agriculture,
â?¢ Oilsorbents
â?¢ Hot-melt adhesives
â?¢ Headliners, etc
Specification
White Refined Cane sugar -
Polarization : 99.80% Min
Ash content : 0.04% Max
Suphateash Content : 00.04% Maximum
Moisture : 0.04% Max
Solubility : 100% dry Free Flowing
Radiation : Normal without Presence of Cesium or Iodine Certified
Granulation : Fine
Smell : Free of any Odor
Reducing Sugar : 0.05% Maximum by Weight
Fumigation : Well Cleaned from Molds, Unnatural Odors, Chemical and Insect
ICUMSA: >OR=100 ICUMSA and<150 ICUMSA as determined in sugar analysis
Crop : Current
SO2: 70MG/K
Radiation : Normal within internationally accepted limit
Moisture: 0.04% max by weight
Solubility : 100% dry free fine flowing
Polarization : 99.80% min
Granulation : fine standard
Ash by electrical : 0.04% max (on dry weight basis)
Smell : free or any smell
Reducing sugar: 0.05% max by weight
HPN Staph Aureus: nil
Max.AS : 1 PPM
Max.PS : 2 PPM
Substance : solid crystal
Specification
White Refined Cane sugar -
Polarization : 99.80% Min
Ash content : 0.04% Max
Suphateash Content : 00.04% Maximum
Moisture : 0.04% Max
Solubility : 100% dry Free Flowing
Radiation : Normal without Presence of Cesium or Iodine Certified
Granulation : Fine
Smell : Free of any Odor
Reducing Sugar : 0.05% Maximum by Weight
Fumigation : Well Cleaned from Molds, Unnatural Odors, Chemical and Insect
ICUMSA: >OR=100 ICUMSA and<150 ICUMSA as determined in sugar analysis
Crop : Current
SO2: 70MG/K
Radiation : Normal within internationally accepted limit
Moisture: 0.04% max by weight
Solubility : 100% dry free fine flowing
Polarization : 99.80% min
Granulation : fine standard
Ash by electrical : 0.04% max (on dry weight basis)
Smell : free or any smell
Reducing sugar: 0.05% max by weight
HPN Staph Aureus: nil
Max.AS : 1 PPM
Max.PS : 2 PPM
Substance : solid crystal
Specification
White Refined Cane sugar -
Polarization : 99.80% Min
Ash content : 0.04% Max
Suphateash Content : 00.04% Maximum
Moisture : 0.04% Max
Solubility : 100% dry Free Flowing
Radiation : Normal without Presence of Cesium or Iodine Certified
Granulation : Fine
Smell : Free of any Odor
Reducing Sugar : 0.05% Maximum by Weight
Fumigation : Well Cleaned from Molds, Unnatural Odors, Chemical and Insect
ICUMSA: >OR=100 ICUMSA and<150 ICUMSA as determined in sugar analysis
Crop : Current
SO2: 70MG/K
Radiation : Normal within internationally accepted limit
Moisture: 0.04% max by weight
Solubility : 100% dry free fine flowing
Polarization : 99.80% min
Granulation : fine standard
Ash by electrical : 0.04% max (on dry weight basis)
Smell : free or any smell
Reducing sugar: 0.05% max by weight
HPN Staph Aureus: nil
Max.AS : 1 PPM
Max.PS : 2 PPM
Substance : solid crystal
Features
* Pressure ranges from 10 mbar to 5 bar absolute, differential or gage
* Barometric pressure ranges
* Output: I²C bus and 0.5...4.5 V
* Precision ASIC conditioning
* Calibrated and temperature compensated
* Miniature SMT and DIP housings
* Sensortechnics PRO services
Applications
* Medical equipment
* Environmental controls
* HVAC
General description
First Sensor HDI sensors offer precision pressure measurement from 10 mbar up to 5 bar. The HDI series performs precision digital signal conditioning to achieve ultra high total accuracies. An internal ASIC compensates sensor offset, temperature effects and non-linearity to allow for an excellent Total Error Band (TEB) better than ±0.5 %FSS. The pressure sensors provide digital interfaces with I²C bus protocol as well as analog output signals. Optional 3 V supply voltage versions and special low power devices make the HDI series ideal for battery powered applications, e.g. in portable or handheld devices. Miniature SMT housings allow for space-saving PCB-mounting and maximum OEM design flexibility.
Size without nipples and pins (approx.) 12 x 15 x 7 mm
The LDE differential low pressure sensors are based on thermal flow measurement of gas through a micro-flow channel integrated within the sensor chip. The innovative LDE technology features superior sensitivity especially for ultra low pressures. The extremely low gas flow through the sensor ensures high immunity to dust contamination, humidity and long tubing compared to other flow-based pressure sensors. Miniature SMT and DIP housings allow for space-saving PCB-mounting.
Typical applications include medical devices, HVAC and instrumentation.
