Product Name: Fiber Bragg grating temperature sensor Product model: XHT01 Application scope: High voltage switch, high voltage busbar temperature measurement Cable joint temperature measurement Temperature measurement at the interface of copper and aluminum Dry type transformer temperature measurement Technical parameters: Center wavelength of grating 1528nm ~ 1568nm Grating reflectivity >85% Standard range -30 C ~ +150 C Thermometer resolution 0.1 degrees centigrade measurement accuracy 0.5 degrees centigrade Packaging form ceramics Installation method Surface bonding / binding Fiber optic joint FC / APC Shape size (long x wide x high) 28.5 x 4 x 3 mm
Product Name: Fiber Bragg grating acceleration sensor Product model: XH-A01 Application scope: seismic exploration State monitoring of industrial rotating equipment Cable force monitoring of bridge Safety monitoring of coal mine vibration Structural vibration test of Civil Engineering technical parameter Center wavelength of grating 1528nm ~ 1568nm Grating reflectivity >85% Standard range + 10g Resolving power 0.3% F.S. measurement accuracy 1% F.S. Packaging form Stainless steel Installation method Welding / screw fixation Fiber optic joint FC / APC Shape size (long x wide x high) 72*54*37.5 mm (without base)
Product Name: Fiber Bragg grating displacement sensor Product model: XH-D01 Application scope: Gap measurement Displacement monitoring of dam body Soil subsidence, rock, mountain, slope monitoring, etc. technical parameter Center wavelength of grating 1528 ~ 1568nm Grating reflectivity >85% Standard range 10/20/50mm (customizable) Resolving power
Fiber Bragg grating pressure sensor Product Name: Fiber Bragg grating pressure sensor Product model: XH-P03 Application scope: Pressure monitoring in oil and gas wells Seepage pressure monitoring of dam body
FBG (Fiber Bragg Grating) Alxenses’s offers a series of fiber-optics products based on Fiber Bragg Grating (FBG) technology. FBG is produced in optical silica fibers by creating periodic refractive index variations in the fiber core using UV laser light. FBG is an in-line optical filter and its reflection wavelength and spectral shape depends on the periodicity, length as well as depth of the refractive index changes of the grating structure. FBG exhibits very low loss and is low-cost compared to the bulk-optics counter parts. By altering the grating periodicity and refractive index change, FBGs for various fiber-optics communication and sensing applications can be easily produced. Features: •High reliability and stability •High reflectivity •High side-lobe suppression ratio •Low insertion loss •Narrow bandwidth optical filter •Immunity to EMI •Multiplexing capability Applications: •Strain fiber optics sensor •Temperature fiber optics sensor •Displacement fiber optics sensor •Humidity fiber optics sensor Both Acrylate and Polyimide coated FBGs are available. Note: Acrylate and polyimide are the two common coating materials for optical fiber. The polyimide coating withstands higher operating temperature (up to 300°C) than Acrylate material (up to 85°C). Features: •High reliability and stability •High reflectivity •High side-lobe suppression ratio •Low insertion loss •Narrow bandwidth optical filter •Immunity to EMI •Multiplexing capability Applications: •Strain fiber optics sensor •Temperature fiber optics sensor •Displacement fiber optics sensor •Humidity fiber optics sensor
Chirped FBG (Fiber Bragg Grating) Alxenses’s Chirped fiber Bragg grating is an in-fiber broadband reflective optical filter. Using advanced fabrication technique and production facilities, grating period and refractive index modulation depth along the length of FBG can be precisely controlled to produce chirped fiber Bragg grating with different spectral and dispersion characteristic. The broad bandwidth and customizable spectral shape of chirped fiber Bragg grating is particularly effective in gain and spectral flattening of EDFA or ASE optical source. Features: •Low insertion loss •Customize reflection spectrum •Wide bandwidth Applications: •ASE filtering •EDFA gain flattening •Broadband reflector for fiber laser •Dispersion compensation
Fbg (fiber bragg grating) array Alxenses’s fiber bragg grating (fbg) array is produced using advanced fabrication technique to write many fbgs in a single strand of optical fiber without any splicing points. The mechanical strength of alxenses’s fbg arrays is therefore significantly better than fbg arrays produced by slicing many fbg arrays produced by slicing many fbgs together. The high quality fbg array with customized wavelength and spacing allow distributed measurement over long distance. Fbg arrays are particular suitable for large-scale sensing in strain, temperature or pressure monitoring in oil, gas, civil engineering, aviation and marine industries. Features: •low insertion loss •spliceless fbg array •customized fbg array configuration •accurate fbg wavelength and reflectivity Applications: •large-scale strain and temperature monitoring in oil, gas, civil engineering, aviation and marine industries.
New-type hot-connectivity composite fiber is made from different types of modified high molecular materials through advanced composite spining technology. It has unique characteristic of melting at low temperature, and after hot treatment, it can naturally adhere without use of binder, green and environmental. The product abides by strict sanitation control standards to achieve sanitation material grade. The products include ES fiber and ETS modified polyester composite staple fiber which is initiated by the company, and can be applied to production of surface layer and guide layer of disposable sanitary articles Functional characteristic the product is a kind of chemical blend provided with advantages of the two materials. ES fiber has low melting point on the superficial layer, soft, bouffant and pervious, while the core layer has certain intensity and fiber state. ETS fiber is provided with advantages of heat bonding, high hygroscopicity and antistatic property, etc. Application scope the sanitary products are applicable to hot air penetrating technology to produce surface layer and guide layer of disposable sanitary materials such as paper diaper and sanitary towel; the conventional low-melting fiber is applicable to production of hard cotton, decorative wall board, environmental mattress, seat mat, environmental filter media, constructional acoustic damping and heat insulation materials, etc. Specification 4D*51MMã??4D*32MM
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. SPECIFICATION: PE+PET ES Fiber: Optical White & Super Hydrophile 2D*38mm, Optical White & Hydrophile 2D*38mmï¼? Optical White & Water Repellency 2D*38mmï¼? RAW White & Water Repellency 2D*38mmï¼? Optical White & Super Hydrophile 1.5D*38mmï¼? Optical White & Water Repellency 1.5D*38mmï¼? RAW White & Water Repellency 1.5D*38mï¼? Hydrophile 2D*38mmï¼? Water Repellency 2D*38mm PE+PP ES Fiber: Hydrophile (P2Q) 2D*38mm
Coconut fiber mats are a type of rug crafted from coconut fibers, skillfully woven by artisan hands. These mats are made from 100% natural materials, and over time, they naturally decompose, returning nutrients to the soil. Instead of stone or concrete paths that disrupt the natural landscape, envision the beauty of walking through a green park on a pathway adorned with coconut fiber mats. Such a path maintains a natural landscape, is environmentally friendly, safe for children to play, and minimizes the heat absorbed from the sun, keeping the surface temperature pleasant.
Desiccated coconut is made from grated coconut meat, then dried and packaged with clean and hygienic. Used to be added in recipes or as a cake topping. Has a high fiber content and is rich in nutrients.
Desiccated Coconut Desiccated Coconut (CDSK) is made from 100% raw white coconut (also known as copra or coconut meat) inside the dried coconut, and grated with brown skin, then ground or chopped. into granules / fibers or pieces depending on the needs of each market. By modern drying technology in the industry of desiccated coconut, the ACSK CDSK products after finishing have a delicious, fatty taste, with the characteristic color of coconut being milky white, meeting export standards. into fastidious markets like Europe & North America.
Food meat smoker oven machine cooking ,drying ,baking ,fumigation ,exhaust,cleaning and other functions. The fast and slow cycle procedure can be selected according to the process requirements to achieve the best cycle and smoke effect .2.can monitor the smoke temperature,prevent the temperature is too high ,safe and sanitary .3.various types of temperature sensors are available for users to choose. 4.add water circulation cleaning device . capacity 50-1000kg
•spectral measurements of c&l-band dwdm passive components •noise simulation in dwdm systems •raman amplifier gain and gain flatness test. Obtain a corrugated cardboard shipping carton with inside dimensions that are at least 3 in. (6.5cm) taller
Dittmer temperature sensor fiber optic sensor Dittmer temperature sensortype: Nr.D04/010118 1xPT100310mm+12mm ,Nr.D04/031112 1xPT100545mm+15mm ,Nr.D03/063146 1xPT100 50-250° Nr.D05/105470 1*PT100 4-20 mA -50-500°C Art-Nr: sr24-1000292 D04/116200Art-Nr: sr24-1050825 D08/031358Art-Nr: sr24-5100146 D04/063068Nr.008/106484 1x PT100 0-200? 1xPT 1004L-D02/094813 1xPT 1004L-D99/053200 1xPT 1004L-D99/074986 1xPT 1004L-D99/1053289 silk9210264silk9214648 STC_SH 17_7A DU312103550S-com79822215Gsc-löd330-10 1xPT100 DIN B 100 x 12 mm
1000 g Walnut kernels contain: 50 % 1/2 Kernels (Light) 30 % 1/4 Kernels (Light) 20 % 1/8 Kernels (Light) 100 % Mahogany mixed kernels Packing - 10 kg carton boxes. Shell and Foreign Material (by weight) - 0.05% maximum Fairly uniform in color, matches the Bulgarian Walnut Color Chart classification for â??lightâ?? Total Defects (by weight)- 5 % maximum For maximum shelf life, store at refrigerated temperatures below 2�° C and maximum relative humidity of 55% Composition per 100 g of Walnut Kernels Calories - 851 Protein - 14.8% Fat - 60% Carbohydrates - 16 Crude fiber - 9.6% Vitamins Vitamin A - 0.6 Thiamine, B1 - 24 Riboflavin - 8.21 Vitamin C - 4.4
1000 g Walnut kernels contain: 50 % 1/2 Kernels (Light) 30 % 1/4 Kernels (Light) 20 % 1/8 Kernels (Light) 100 % Mahogany mixed kernels Packing - 10 kg carton boxes. Shell and Foreign Material (by weight) - 0.05% maximum Fairly uniform in color, matches the Bulgarian Walnut Color Chart classification for â??lightâ?? Total Defects (by weight)- 5 % maximum For maximum shelf life, store at refrigerated temperatures below 2�° C and maximum relative humidity of 55% Composition per 100 g of Walnut Kernels Calories - 851 Protein - 14.8% Fat - 60% Carbohydrates - 16 Crude fiber - 9.6% Vitamins Vitamin A - 0.6 Thiamine, B1 - 24 Riboflavin - 8.21 Vitamin C - 4.4
1000 g Walnut kernels contain: 50 % 1/2 Kernels (Light) 30 % 1/4 Kernels (Light) 20 % 1/8 Kernels (Light) 100 % Mahogany mixed kernels Packing - 10 kg carton boxes. Shell and Foreign Material (by weight) - 0.05% maximum Fairly uniform in color, matches the Bulgarian Walnut Color Chart classification for light Total Defects (by weight)- 5 % maximum For maximum shelf life, store at refrigerated temperatures below 2 C and maximum relative humidity of 55% Composition per 100 g of Walnut Kernels Calories - 851 Protein - 14.8% Fat - 60% Carbohydrates - 16 Crude fiber - 9.6% Vitamins Vitamin A - 0.6 Thiamine, B1 - 24 Riboflavin - 8.21 Vitamin C - 4.4
1000 g Walnut kernels contain: 50 % 1/2 Kernels (Light) 30 % 1/4 Kernels (Light) 20 % 1/8 Kernels (Light) 100 % Mahogany mixed kernels Packing - 10 kg carton boxes. Shell and Foreign Material (by weight) - 0.05% maximum Fairly uniform in color, matches the Bulgarian Walnut Color Chart classification for light Total Defects (by weight)- 5 % maximum For maximum shelf life, store at refrigerated temperatures below 2 C and maximum relative humidity of 55% Composition per 100 g of Walnut Kernels Calories - 851 Protein - 14.8% Fat - 60% Carbohydrates - 16 Crude fiber - 9.6% Vitamins Vitamin A - 0.6 Thiamine, B1 - 24 Riboflavin - 8.21 Vitamin C - 4.4
Product Name: fiber grating patch type strain sensor Product model: XH-S02 Application scope: Strain monitoring of large steel structure Strain monitoring of ships, tunnels and rail Surface strain monitoring of bridge dam technical parameter Center wavelength of grating 1528nm ~ 1568nm Grating reflectivity >85% Standard range + 1500 Resolving power
