Standard Motor Products (SMP®) announces its NEW Mass Air Flow Sensor
program. With over 140 SKUs for import and domestic, this line of 100%
NEW, not remanufactured MAF Sensors delivers industry-leading quality
with the broadest, most comprehensive coverage in the aftermarket.
Standard® NEW MAF sensors are tested and calibrated with sophisticated
automated equipment so they match OE output precisely and perform
flawlessly. And SMP-manufactured units feature many design improvements
including thicker walls, upgraded componentry and custom-designed
platinum sensors. Standard® is the only supplier to offer 'OE or Better'
quality in a full line program.
"This launch establishes our commitment to providing the highest-quality
replacement parts for air and fuel sensor categories," said Phil
Hutchens, Vice President Engine Management Marketing, SMP. "Our new line
offers technicians an all-new MAF Sensor rather than remanufactured,
ensuring product quality and precise system operation."
All New Standard® Mass Air Flow Sensors are covered by Standard's 3-year/36,000
mile warranty, are available for immediate order and shipment, and are
shipped in high-impact Standard® or Intermotor® graphic packaging that
reinforces product quality.
The NEW MAF Sensor launch is supported with comprehensive training and
marketing materials, including a MAF-specific printed application and
illustrated guide; New MAF brochure; professional installation videos;
and MAF-specific PTS On-Demand training.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
2016年2月3日星期三
Sam’s Club’s VP sees need for industry sourcing standards
Industry work toward creating responsible sourcing standards is a major
priority for the new chairman of the Produce Marketing Association board
of directors.
Standards for industry sourcing and treatment of workers are important for the fresh produce supply chain to pursue, Russ Mounce, vice president of produce for Sam’s Club and chairman of PMA’s board of directors, said in remarks to Fresh Summit attendees Oct. 25.
“At the end of my year, I hope to see progress toward aligning around responsible sourcing standards, improved supply chain transparency and finding solutions to take on unethical behavior.”
Extending the global reach of PMA is important and also will be a priority, he said. “PMA is becoming more global because all of our businesses are becoming more global,” he said.
Bringing more consumer insight and data to PMA’s floral industry members is a third priority, Mounce said.
That data — largely absent from the market place now — will be an important tool to help build demand for floral products, Mounce said. PMA floral membership has doubled since 2011, he said.
Fresh Summit kudos
Attracting nearly 20,000 attendees from 63 countries, the Oct. 23-25 Produce Marketing Association Fresh Summit broke East Coast attendance records and drew strong reviews from exhibitors and participants.
Both national retailers and regional retailers were well represented at the show, said Steve Lutz. vice president of marketing at Columbia Marketing International, Wenatchee, Wash.
Lutz said it was important for CMI to be at Fresh Summit every year.
“With packaging innovations and new products every single year, you need to be able to show (those) to retailers,” he said.
The 2015 Fresh Summit beat the previous East Coast attendance record of 18,284 set in 2010, according to a news release from PMA. There were 3,380 buyers at the show, the highest for an East Coast show since 2011, and more than 1,000 exhibitors.
“The show is bigger than ever and has kept its momentum for both days,” said Mark Hanks, vice president of North American sales and marketing for DNE World Fruit Sales, Fort Pierce, Fla.
Charlie Eagle, vice president of business development for Southern Specialties Inc., Pompano Beach, Fla., said the firm’s booth was busy.
“We have had really good response from potential customers and have great opportunities to meet existing customers as well as our growers,” he said.
At the show, PMA announced a new strategic alliance with the Entertainment Resource & Marketing Association. The initiative will join produce industry and entertainment marketing professionals to highlight fresh produce in television shows, movies and online entertainment, according to the release.
In a video played at the Oct. 23 “State of the Industry” address by PMA CEO Bryan Silbermann and association president Cathy Burns, first lady Michelle Obama thanked the industry for its promotion efforts — especially for industry leaders supporting the Eat Brighter! and FNV initiatives.
The 2016 Fresh Summit will be Oct. 14-16 in Orlando, Fla. While the event has sometimes alternated between Eastern U.S. and Western locations, the PMA website reports Fresh Summit won’t be in the West again until 2019, when it will be in Anaheim, Calif.
No matter the location, Mark Munger, vice president of sales and marketing for 4Earth Farms, Los Angeles, said there is great networking value in the show.
“People are willing to make the expense to come to the show from the West Coast because it is the must-attend show of the year,” he said.
Future dates and locations of upcoming Fresh Summit expos, according to the PMA website, are:
• 2016: Oct. 14-16, Orlando
• 2017: Oct. 19-21, New Orleans
• 2018: Oct. 18-20, Orlando
• 2019; Oct. 17-19, Anaheim
• 2020: Oct. 15-17, Dallas
• 2021: Oct. 21-23, New Orleans
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
Standards for industry sourcing and treatment of workers are important for the fresh produce supply chain to pursue, Russ Mounce, vice president of produce for Sam’s Club and chairman of PMA’s board of directors, said in remarks to Fresh Summit attendees Oct. 25.
“At the end of my year, I hope to see progress toward aligning around responsible sourcing standards, improved supply chain transparency and finding solutions to take on unethical behavior.”
Extending the global reach of PMA is important and also will be a priority, he said. “PMA is becoming more global because all of our businesses are becoming more global,” he said.
Bringing more consumer insight and data to PMA’s floral industry members is a third priority, Mounce said.
That data — largely absent from the market place now — will be an important tool to help build demand for floral products, Mounce said. PMA floral membership has doubled since 2011, he said.
Fresh Summit kudos
Attracting nearly 20,000 attendees from 63 countries, the Oct. 23-25 Produce Marketing Association Fresh Summit broke East Coast attendance records and drew strong reviews from exhibitors and participants.
Both national retailers and regional retailers were well represented at the show, said Steve Lutz. vice president of marketing at Columbia Marketing International, Wenatchee, Wash.
Lutz said it was important for CMI to be at Fresh Summit every year.
“With packaging innovations and new products every single year, you need to be able to show (those) to retailers,” he said.
The 2015 Fresh Summit beat the previous East Coast attendance record of 18,284 set in 2010, according to a news release from PMA. There were 3,380 buyers at the show, the highest for an East Coast show since 2011, and more than 1,000 exhibitors.
“The show is bigger than ever and has kept its momentum for both days,” said Mark Hanks, vice president of North American sales and marketing for DNE World Fruit Sales, Fort Pierce, Fla.
Charlie Eagle, vice president of business development for Southern Specialties Inc., Pompano Beach, Fla., said the firm’s booth was busy.
“We have had really good response from potential customers and have great opportunities to meet existing customers as well as our growers,” he said.
At the show, PMA announced a new strategic alliance with the Entertainment Resource & Marketing Association. The initiative will join produce industry and entertainment marketing professionals to highlight fresh produce in television shows, movies and online entertainment, according to the release.
In a video played at the Oct. 23 “State of the Industry” address by PMA CEO Bryan Silbermann and association president Cathy Burns, first lady Michelle Obama thanked the industry for its promotion efforts — especially for industry leaders supporting the Eat Brighter! and FNV initiatives.
The 2016 Fresh Summit will be Oct. 14-16 in Orlando, Fla. While the event has sometimes alternated between Eastern U.S. and Western locations, the PMA website reports Fresh Summit won’t be in the West again until 2019, when it will be in Anaheim, Calif.
No matter the location, Mark Munger, vice president of sales and marketing for 4Earth Farms, Los Angeles, said there is great networking value in the show.
“People are willing to make the expense to come to the show from the West Coast because it is the must-attend show of the year,” he said.
Future dates and locations of upcoming Fresh Summit expos, according to the PMA website, are:
• 2016: Oct. 14-16, Orlando
• 2017: Oct. 19-21, New Orleans
• 2018: Oct. 18-20, Orlando
• 2019; Oct. 17-19, Anaheim
• 2020: Oct. 15-17, Dallas
• 2021: Oct. 21-23, New Orleans
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
Wireless heart-beat and breath-rate sensing by a microwave-sensor
With the availability of new microwave-based sensor from Sharp, you
don't need to physically-connect leads to the patients or put some
wearable medical electronics devices to read heartbeat and breath rate.
The new microwave sensor from Sharp DC6M4JN3000, can detect human and animal body motion and biological functions such as heartbeats and breathing from a distance of 3 M from the patient, without having any physical contact attached to the body of the patient. Another feature in these wireless RF sensor is, they can detect/sense with obstacles like mattresses, doors, and walls between the patient and the microwave sensor.
DC6M4JN3000 emits microwave radiation on human or animal subject, the reflected microwaves provides signals on heart rate and breathing rate of lungs. Basically the sensor module uses microwave satellite-television antenna technology, proprietary signal-processing circuit and an algorithm for detecting biological functions.
If you look at the accuracy, DC6M4JN3000 is capable of measuring heart rate within a margin of error of ±10% when placed roughly three meters away from the target subject.
Elderly-care or nursing-care is the target market for products built out of these sensors. These sensors will not work if there are metal like conducting obstruction between the patient and sensor, because microwaves do not pass through the metal layers.
Brief specs:
Directionality Azimuth: 25°, elevation: 20°
Power supply voltage 3.2 to 3.6 V
Power consumption Typ. 100 mA
Output frequency 24.05 to 24.25 GHz
Dimensions RF module (including antenna): 31.0 x 47.5 x 16.0 mm
Signal processing substrate: 30.0 x 46.5 x 5.0 mm
Operating temperature –20 to 50°C
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
The new microwave sensor from Sharp DC6M4JN3000, can detect human and animal body motion and biological functions such as heartbeats and breathing from a distance of 3 M from the patient, without having any physical contact attached to the body of the patient. Another feature in these wireless RF sensor is, they can detect/sense with obstacles like mattresses, doors, and walls between the patient and the microwave sensor.
DC6M4JN3000 emits microwave radiation on human or animal subject, the reflected microwaves provides signals on heart rate and breathing rate of lungs. Basically the sensor module uses microwave satellite-television antenna technology, proprietary signal-processing circuit and an algorithm for detecting biological functions.
If you look at the accuracy, DC6M4JN3000 is capable of measuring heart rate within a margin of error of ±10% when placed roughly three meters away from the target subject.
Elderly-care or nursing-care is the target market for products built out of these sensors. These sensors will not work if there are metal like conducting obstruction between the patient and sensor, because microwaves do not pass through the metal layers.
Brief specs:
Directionality Azimuth: 25°, elevation: 20°
Power supply voltage 3.2 to 3.6 V
Power consumption Typ. 100 mA
Output frequency 24.05 to 24.25 GHz
Dimensions RF module (including antenna): 31.0 x 47.5 x 16.0 mm
Signal processing substrate: 30.0 x 46.5 x 5.0 mm
Operating temperature –20 to 50°C
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
2016年2月1日星期一
Your iPhone 6 has a barometric sensor and this weather app wants to use it
One of the most accurate weather apps for iOS has a chance to get
even more precise; if you let it use the barometer sensor in your iPhone 6 or 6 Plus,
that is.
One of the sensors Apple added to its newest
iPhones measures barometric pressure. That's handy to watch for local weather
changes but it's even handier when the data from thousands of iPhone 6 and 6
Plus handsets are crowd-sourced, says Dark Sky.
The company makes what is one of my favorite weather apps due to its very
accurate hyper-local weather information. Using various sources and
user-reported weather conditions, Dark Sky is often correct in prediction to
the exact minute when precipitation will start or stop.
With the latest
software upgrade, Dark Sky gains a few visual features -- such as a
24-hour weather timeline for your specific location -- a daily weather summary
option and the ability for
newer iPhones to send in barometric pressure data.
The company says if you opt in, pressure readings will be periodically
submitted to Dark Sky to help in creating even more accurate weather forecasts.
Prior to this, Dark Sky relied heavily on what it says are "government
run" weather stations as well as user-provided details.
The problem with the former is that there simply aren't enough locations
for the hyper-local service to use and the latter required a manual process.
That still exists in the app; at any time, you can report weather for your
location but it takes a little effort. By allowing your iPhone 6 or 6 Plus to
submit pressure information, it happens automatically.
Dark Sky costs $4.99 on the iTunes App Store and I had no hesitation paying
for it once I heard how accurate it was.
I've lost track of how many times I've checked
it to see just how much time I have for a run before the rain will start
falling. Most times, the app is spot on. Adding data from the barometer in a
large number of iPhones will only add to the accuracy, so count me in.
New Market Report: Global Advanced CO2 Sensor Market 2015-2019
Advanced CO2 sensors help to monitor the intensity of CO2 in different
mediums like air or water and can adjust automatically to changes in
temperature, humidity, and altitude. This market is an integral part of
the global sensors market and is heavily influenced by the augmented
demand for location-based advanced CO2 sensors, which results in its
impressive CAGR of nearly 42% by 2019.
Technavio's market research analyst has estimated eminent trends, such as the rising need for better air pollution measurement systems, to drive market growth during the forecast period. Recent innovations in the electronic industry have resulted in the increased emission of hazardous gases, which leads to global warming. Therefore, in order to effectively measure and monitor the intensity of CO2 in the atmosphere, environmental scientists across the globe are increasingly adopting advanced CO2 sensors.
Segmentation by type and analysis of the advanced CO2 sensors market
-NDIR CO2 sensors
-Chemical CO2 sensors
In this market analysis, analysts estimate the non-dispersive infrared (NIDR) CO2 sensors segment to account for nearly 89% of the total market share by 2019.A The long lifespan, stability, and high humidity and dirt-withstanding nature of IR sensors are responsible for its high market share during the forecast period.
Geographical segmentation of the advanced CO2 sensors market
-APAC
-EMEA
-Americas
In terms of revenue contribution, the EMEA region is expected to dominate this market during the forecast period followed by the Americas and the APAC region. The rising incorporation of advanced CO2 sensors in smart buildings is a major factor that is expected to result in this region's high revenue share between the period of 2014 and 2019.
Competitive landscape and key vendors
This global advanced CO2 sensors market is highly fragmented as most of the vendors in this market are yet to establish themselves as prominent players with extensive product offerings. Since this market is still in its nascent stage, analysts estimate intense competition between vendors to drive market growth during the forecast period.
Key vendors in this market are -
-Digital Control Systems
-GE
-Honeywell
-Johnson Controls
Other prominent vendors analyzed in this market study are AirTest Technologies, Balluff GmbH, Balluff GmbH, Pepperl+Fuchs GmbH, SICK AG, Siemens Industry, SenseAir AB, Hans Turck GmbH & Co. KG, Vaisala Inc., and Veris Industries Inc.
Key questions answered in the report include
-What will the market size and the growth rate be in 2019?
-What are the key factors driving the global advanced CO2 sensors market?
-What are the key market trends impacting the growth of the global advanced CO2 sensors market?
-What are the challenges to market growth?
-Who are the key vendors in the global advanced CO2 sensors market?
-What are the market opportunities and threats faced by the vendors in the global advanced CO2 sensors market?
-Trending factors influencing the market shares of the EMEA, Americas, and APAC?
-What are the key outcomes of the five forces analysis of the global advanced CO2 sensors market?
Technavio also offers customization on reports based on specific client requirement.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
Technavio's market research analyst has estimated eminent trends, such as the rising need for better air pollution measurement systems, to drive market growth during the forecast period. Recent innovations in the electronic industry have resulted in the increased emission of hazardous gases, which leads to global warming. Therefore, in order to effectively measure and monitor the intensity of CO2 in the atmosphere, environmental scientists across the globe are increasingly adopting advanced CO2 sensors.
Segmentation by type and analysis of the advanced CO2 sensors market
-NDIR CO2 sensors
-Chemical CO2 sensors
In this market analysis, analysts estimate the non-dispersive infrared (NIDR) CO2 sensors segment to account for nearly 89% of the total market share by 2019.A The long lifespan, stability, and high humidity and dirt-withstanding nature of IR sensors are responsible for its high market share during the forecast period.
Geographical segmentation of the advanced CO2 sensors market
-APAC
-EMEA
-Americas
In terms of revenue contribution, the EMEA region is expected to dominate this market during the forecast period followed by the Americas and the APAC region. The rising incorporation of advanced CO2 sensors in smart buildings is a major factor that is expected to result in this region's high revenue share between the period of 2014 and 2019.
Competitive landscape and key vendors
This global advanced CO2 sensors market is highly fragmented as most of the vendors in this market are yet to establish themselves as prominent players with extensive product offerings. Since this market is still in its nascent stage, analysts estimate intense competition between vendors to drive market growth during the forecast period.
Key vendors in this market are -
-Digital Control Systems
-GE
-Honeywell
-Johnson Controls
Other prominent vendors analyzed in this market study are AirTest Technologies, Balluff GmbH, Balluff GmbH, Pepperl+Fuchs GmbH, SICK AG, Siemens Industry, SenseAir AB, Hans Turck GmbH & Co. KG, Vaisala Inc., and Veris Industries Inc.
Key questions answered in the report include
-What will the market size and the growth rate be in 2019?
-What are the key factors driving the global advanced CO2 sensors market?
-What are the key market trends impacting the growth of the global advanced CO2 sensors market?
-What are the challenges to market growth?
-Who are the key vendors in the global advanced CO2 sensors market?
-What are the market opportunities and threats faced by the vendors in the global advanced CO2 sensors market?
-Trending factors influencing the market shares of the EMEA, Americas, and APAC?
-What are the key outcomes of the five forces analysis of the global advanced CO2 sensors market?
Technavio also offers customization on reports based on specific client requirement.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
Robust and reliable optical liquid level sensors
A new range of robust, reliable, low cost optical liquid level sensors
for single point liquid level detection is now available from Cynergy3
Components Ltd.
The OLS range of optical liquid level sensors provides customers with high reliability, single point level sensing in a wide range of industrial and commercial applications, including medical and life sciences, chemicals, water, food and beverages, and for general process engineering.
OLS Series sensors incorporate an LED and phototransistor, which are housed within an optical sensing tip at the head of the device. When no liquid is present, light from the LED is internally reflected by the tip from the LED to the phototransistor. When liquid covers the tip, some of the light is refracted into the liquid. Therefore, the amount of light received by the phototransistor is reduced and the sensor’s output changes state. This method of liquid level sensing does not require any form of calibration and is very fast and reliable.
OLS Series sensors have a transistor output, which means they can be configured by the user to suit the particular application. Standard operating temperature range is from -25˚ C to +80˚ C. However, custom versions of the sensor are available that can operate in extended temperatures from -40˚C to 125˚ C. High and low output versions of the sensors are available.
The sensors are installed in either the side or bottom of a tank or similar storage vessel. The OLS range comprises three sensor series: the OLS2, OLS5 and OLS7 Series. The OLS2 Series is an externally mounted sensor with an M12 thread. The OLS5 Series is an internally mounted sensor with an M10 thread. The OLS7 Series is an externally mounted sensor with a ¼-in NPT thread and an open drain mosfet output. For the OLS2 and OLS5 sensors, output is via a TTL compatible push-pull output.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
The OLS range of optical liquid level sensors provides customers with high reliability, single point level sensing in a wide range of industrial and commercial applications, including medical and life sciences, chemicals, water, food and beverages, and for general process engineering.
OLS Series sensors incorporate an LED and phototransistor, which are housed within an optical sensing tip at the head of the device. When no liquid is present, light from the LED is internally reflected by the tip from the LED to the phototransistor. When liquid covers the tip, some of the light is refracted into the liquid. Therefore, the amount of light received by the phototransistor is reduced and the sensor’s output changes state. This method of liquid level sensing does not require any form of calibration and is very fast and reliable.
OLS Series sensors have a transistor output, which means they can be configured by the user to suit the particular application. Standard operating temperature range is from -25˚ C to +80˚ C. However, custom versions of the sensor are available that can operate in extended temperatures from -40˚C to 125˚ C. High and low output versions of the sensors are available.
The sensors are installed in either the side or bottom of a tank or similar storage vessel. The OLS range comprises three sensor series: the OLS2, OLS5 and OLS7 Series. The OLS2 Series is an externally mounted sensor with an M12 thread. The OLS5 Series is an internally mounted sensor with an M10 thread. The OLS7 Series is an externally mounted sensor with a ¼-in NPT thread and an open drain mosfet output. For the OLS2 and OLS5 sensors, output is via a TTL compatible push-pull output.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
Patent Shows How Apple Will Lose The Ugly Camera Bump With Curved Photosensors
The iPhone 6 and 6s looks great, however one might always have mixed
thoughts about the ridiculous camera bump at the back. A new emerged
patent reveals that Apple could soon employ curved photosensors to get
rid of the extra camera bump. Not only the curved sensors will level out
the iPhone’s camera, it might ultimately improve it for better photos.
The patent also reveals how Apple can manufacture even thinner
smartphones in the future.
Curved Photosensors Will Enable iPhone Camera To Sit Flush
Published by USPTO this week, ”small form factor high-resolution camera” describes the conflict that users face between image quality and thinner camera modules. The patent elaborates a cutting-edge camera module that makes use of optics to portray compact and minute footprint with better performance. According to the explanation given by Apple, the sensors could refract light through three specially designed lenses onto a concave surface. This results in a sharp and less distorted image. Moreover, the curved arrangement encourages diffraction to a limit, which allows the use of smaller sensors and pixels.
The advent of small, mobile multipurpose devices such as smartphones and tablet or pad devices has resulted in a need for high-resolution, small form factor cameras for integration in the devices. However, due to limitations of conventional camera technology, conventional small cameras used in such devices tend to capture images at lower resolutions and/or with lower image quality than can be achieved with larger, higher quality cameras.
Irrespective of the efficiency of the curved photosensors, the mechanism might have its limitations attached. Apple explains how it would employ the software in favor of barrel distortions created by the design. This states that the company will use its software to clear any unwanted effects that might result due to curved photosensors.
Nonetheless, with the help of these curved photosensors, Apple can manufacture thinner iPhones in the future. More importantly, the iPhone cameras might sit flush on a flat surface rather than a disappointing protruding look and feel. Furthermore, the adoption of curved photosensors, as per the patent, can ultimately lead Apple to make better cameras for the iPads as well.
Since the next-generation Apple Watch is rumored to feature a front facing FaceTime camera, Apple can or might implement the technology to fit it in its wearable device. This might be an important step for Apple as it tends to make its devices thinner over time.
This is it for now, folks. What do you think about the new camera design with curved photosensors? To what extent do you think that Apple might implement it in its forthcoming iPhone 7? Share your thoughts in the comments.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
Curved Photosensors Will Enable iPhone Camera To Sit Flush
Published by USPTO this week, ”small form factor high-resolution camera” describes the conflict that users face between image quality and thinner camera modules. The patent elaborates a cutting-edge camera module that makes use of optics to portray compact and minute footprint with better performance. According to the explanation given by Apple, the sensors could refract light through three specially designed lenses onto a concave surface. This results in a sharp and less distorted image. Moreover, the curved arrangement encourages diffraction to a limit, which allows the use of smaller sensors and pixels.
The advent of small, mobile multipurpose devices such as smartphones and tablet or pad devices has resulted in a need for high-resolution, small form factor cameras for integration in the devices. However, due to limitations of conventional camera technology, conventional small cameras used in such devices tend to capture images at lower resolutions and/or with lower image quality than can be achieved with larger, higher quality cameras.
Irrespective of the efficiency of the curved photosensors, the mechanism might have its limitations attached. Apple explains how it would employ the software in favor of barrel distortions created by the design. This states that the company will use its software to clear any unwanted effects that might result due to curved photosensors.
Nonetheless, with the help of these curved photosensors, Apple can manufacture thinner iPhones in the future. More importantly, the iPhone cameras might sit flush on a flat surface rather than a disappointing protruding look and feel. Furthermore, the adoption of curved photosensors, as per the patent, can ultimately lead Apple to make better cameras for the iPads as well.
Since the next-generation Apple Watch is rumored to feature a front facing FaceTime camera, Apple can or might implement the technology to fit it in its wearable device. This might be an important step for Apple as it tends to make its devices thinner over time.
This is it for now, folks. What do you think about the new camera design with curved photosensors? To what extent do you think that Apple might implement it in its forthcoming iPhone 7? Share your thoughts in the comments.
iSweek（http://www.isweek.com/）- Industry sourcing & Wholesale industrial products
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