Polyurethane (pu) - Import export

As plus packing company one of our main material is Polyurethane Foam which is quick drying open cell foam suitable for use in wet environments, and in all-weather situations for seating, lounge cushions, and daybed mattresses. Polyurethane Foam Features .It is customizable ,It can be shaped for any products .It is a light material.

Standard: AISI, ASTM, BS, DIN, GB, JIS, AS ETC   Thickness:  0.12-3.5mm   Width:1250/1220/1200/1000/914/762(before corrugation)930/915/910/905/900/880/875/815/810/790/780/680/670/660/655/650(after corrugation) or as required.   Ditch and Peak after corrugation: 12 Ditches/11 Peak; 11 Ditches/10 Peak; 9 Ditches/ 8 Peak   Length: In coil or as required   Zinc Coating: Z40-275g/sqm    Paint Top: 15 - 35 Microns    Paint Back: 5 - 35 Microns    Coating Color: ALL RAL Cards Color    Coating Type: Top Painted : PVDF / HDP / SMP / PE / PU                            Primer Painted : Polyurethane / Epoxy / PE                            Back Painted : Epoxy / Modified Polyester   Coil Weight: 3-8 Tons   Coil ID: 508/610mm Color: RAL Code Or According To Customer's Sample   Spangle: No spangle, With spangle   MOQ: 5 Tons   Package: Standard Sea Worthy Package   Port: China

The EP11 disposable ear plugs have a remarkable unique and new tapered design. They are manufactured with a soft, brightlycoloured polyurethane (PU) material for enhanced comfort and increased visibility.

The BMP16 disposable ear plugs have a unique ergonomic design. They are manufactured with a soft, brightly coloured polyurethane (PU) material for enhanced comfort and increased visibility.

The EP21 disposable ear plugs have a remarkable unique and new bell shape. They are manufactured with a soft, brightlycoloured polyurethane (PU) material for enhanced comfort and increased visibility.

The EP11 disposable ear plugs have a remarkable unique and new tapered design. They are manufactured with a soft, brightlycoloured polyurethane (PU) material for enhanced comfort and increased visibility.

The BMP16 disposable ear plugs have a unique ergonomic design. They are manufactured with a soft, brightly coloured polyurethane (PU) material for enhanced comfort and increased visibility.

Our BB/BB grade 18mm plinth panels are a standard size, 145mm high, and will fit most standard kitchen base units. Supplied with a removable plastic plinth sealing strip to protect against moisture ingress from spillages, overly wet floor mopping and the subsequent swelling and degradation, overtime, these conditions may induce. As with each of our standard plywood kitchen cabinets, and accessories, we offer an optional, hard wearing, water based Polyurethane Varnish (oil based PU upon request) to enhance and protect your Plywood kitchen plinths against discoloration, dirt and moisture. Our in-house CNC capabilities allow us to cut bespoke plinth panels with ventilation grooves for fridges and freezers or angled cut-outs for dishwashers.

- What type of market? - What choice of raw material? - What technical constraints? - Dimensions: Width up to 1800 mm - Regulations: OEKO-TEX; REACH standard - Finishing : Polyvinyl chloride, polypropylene, PU polyurethane UV resistance, waterproofing, anti-virus and anti-bacteria, anti-abrasive, thermal insulation, fire resistance, etc,

without safety features | for work and leisure Dunlop Purofort work boots | olive green High quality rubber boots for work and leisure without safety features made of foamed Polyurethane (PU) antibacterial fabric anti-slip PU sole oil, petrol and acid resistant antistatic olive green black sole sizes 37-48/49

with protective toe and midsole | cold weather protection down to -50°C Dunlop Purofort Thermo+ S5 safety boots | orange High quality rubber boots for work and leisure. EN ISO 20345:2011 S5 CI SRA cold weather protection down to -50°C with protective toe and midsole made of foamed Polyurethane (PU) antibacterial fabric anti-slip PU sole oil, petrol and acid resistant antistatic orange blue sole sizes 37-48

with protective toe and midsole | cold weather protection down to -50°C Dunlop Purofort Thermo+ S5 safety boots | olive green High quality rubber boots for work and leisure. EN ISO 20345:2011 S5 CI SRA cold weather protection down to -50°C with protective toe and midsole made of foamed Polyurethane (PU) antibacterial fabric anti-slip PU sole oil, petrol and acid resistant antistatic olive green black sole sizes 37-48

with protective toe and midsole | for highest demands Dunlop Purofort S5 safety boots | olive green High quality rubber boots for work. EN ISO 20345:2011 S5 CI SRA with protective toe and midsole made of foamed Polyurethane (PU) antibacterial fabric anti-slip PU sole oil, petrol and acid resistant antistatic olive green black sole sizes 37-48

- Made of polyether-polyurethane (PU-H) - Color transparent: natural, red, blue - External calibration; for use with Eisele plug connectors - Temperature range -31 to 140 °F (-35 to +60 °C) - Free of halogen, plasticizers, PWIS, copper and PTFE - Impervious to buckling and drag chain compliant - Resistant to hydrolysis and microbes - Suitable for vacuum - FDA compliant according to 21 CFR 177.2600

- Made of polyester-polyurethane (PU) - Color black (red, blue, green, yellow, natural, brown, orange and grey: specify when placing order; subject to extra charge) - External calibration; for use with Eisele plug connectors - Temperature range -31 to 158 °F (-35 to +70 °C) - Free of plasticizers, PWIS, copper and PTFE - Impervious to buckling and drag chain compliant - Suitable for vacuum

Heavy-duty double castor with polyurethane wheel - wheel body made of special grey cast iron with ball bearing - tread made of molded polyurethane, approx. 95° shore A - heavy welded steel construction The strongest Torwegge housing series consist of a welded steel construction for maximum dynamic stresses. The swivel castor housings are equipped with sealed axial rib ball bearing an tapered roller bearing and thus particularly sensitive against surges and beats. The housing head is screwed and secured by a heavy center bolt. The material polyurethane (PU) has a high load capacity with low abrasion. It also features high chemical resistance. These properties make polyurethane suitable for almost any application. In addition, PU offers low rolling resistance.

Heavy-duty castors with polyurethane wheel - wheel body made of special grey cast iron with ball bearing - tread made of molded polyurethane, approx. 95° shore A - heavy welded steel construction The strongest Torwegge housing series consist of a welded steel construction for maximum dynamic stresses. The swivel castor housings are equipped with sealed axial rib ball bearing an tapered roller bearing and thus particularly sensitive against surges and beats. The housing head is screwed and secured by a heavy center bolt. The material polyurethane (PU) has a high load capacity with low abrasion. It also features high chemical resistance. These properties make polyurethane suitable for almost any application. In addition, PU offers low rolling resistance.

Efficient Heating Solutions: HPTH, HPTD Series Explore our versatile HPTH and HPTD series ranging from 60 to 500 liters, designed for optimal thermal performance. HPTH Series: Wall Mounted Capacity: 60 – 500L Insulation: Solid, Class "B" Material: Hard Foamed Polyurethane (PU) Adjustable Legs: Specifically for 200-500L models Pressure: Max 3 Bar Temperature Range: -20°C to 95°C HPTD Series: Floor Standing Insulation: Class "C" Material: Hard Foamed Polyurethane (PU) Pressure: Max 3 Bar Temperature Range: -20°C to 95°C These series offer reliability, energy efficiency, and adaptability, ensuring a seamless integration into various heating systems. Upgrade to cutting-edge solutions with KHT.

Smooth running polyurethane castor with polyurethane wheel - polyamide 6 wheel body with ball bearing - polyurethane tread, approx. 95° shore A - with thread guards to protect the ball bearing from dust and dirt - standard steel sheet housing, galvanized Torwegge‘s standard housings are made from deep-drawn, galvanized steel sheet. The solid-riveted, double ball bearing in the slewing ring delivers an advantageous price-performance ratio when used for hand-held logistics applications. Castors in standard housing are commonly used by a variety of sectors in transport racks. They can carry a max. load of 1,200 kg at 4 km/h. The material polyurethane (PU) has a high load capacity with low abrasion. It also features high chemical resistance. These properties make polyurethane suitable for almost any application.

Standard castor with polyurethane wheel - polyamide 6 wheel body with ball bearing - polyurethane tread, approx. 95° shore A - standard steel sheet housing, galvanized Torwegge‘s standard housings are made from deep-drawn, galvanized steel sheet. The solid-riveted, double ball bearing in the slewing ring delivers an advantageous price-performance ratio when used for hand-held logistics applications. Castors in standard housing are commonly used by a variety of sectors in transport racks. They can carry a max. load of 1,200 kg at 4 km/h. The material polyurethane (PU) has a high load capacity with low abrasion. It also features high chemical resistance. These properties make polyurethane suitable for almost any application.

The EP11 disposable ear plugs have a remarkable unique and new tapered design. They are manufactured with a soft, brightlycoloured polyurethane (PU) material for enhanced comfort and increased visibility.

The BMP16 disposable ear plugs have a unique ergonomic design. They are manufactured with a soft, brightly coloured polyurethane (PU) material for enhanced comfort and increased visibility.

The EP21 disposable ear plugs have a remarkable unique and new bell shape. They are manufactured with a soft, brightlycoloured polyurethane (PU) material for enhanced comfort and increased visibility.

The PC controlled, high sensitive elmor C3 Seed counter is preferably used in scientific counting tasks in laboratories Universities, research and breeding projects or in seed quality control etc. Parts that can be processed with the C3 seed counter are, for example: Dust fine plant seeds such as Arabidopsis thaliana or Begonia semperflorens Vegetable seeds, grains or seeds of ornamental plants Insects, pupae and eggs Small mechanical parts Pharmaceuticals Semiconductor chips etc. The C3 Counter is controlled solely via PC. Thus new solutions for the ever growing demands of the customers are possible. All settings and the results of all operations are logged and saved . This is an essential prerequisite for quality control and traceability of test results. The parts that can be counted with the C3 seed counter can be extremely small and irregularly shaped. Thus they are very difficult to handle manually. Dosing these parts with scales is often flawed or impossible. Therefore the use of the of C3 opens new options, since e.g. smallest parts in the sub-milligram range can be dosed faster and more accurately by counting than weighing the pieces. With additional software modules also further evaluations can be performed. These are currently: direct 1000 grain weight determination and the grain size analysis. Technical data Counts Parts from 0.1 to 18mm in diameter For spheres of 2mm diameter: Counting rate: 50’000 parts per hour Typical counting error: less than 1/1000 Runs under Windows XP/7/8.1 Free Serial Port (RS232) or USB needed Software included Totalizer Preset Counter Additional software available: Direct determination of the 1000 Kernel Weight Analysis of the size of the counted particles: Particle Size Analysis Conveyor bowls The parts to be counted are transported in a vibrating conveyor and are singularised by means of a sorting element. Both the conveyor bowl as well as the sorting element can be selected among different variants , depending on the properties of the product to be counted. A) Standard conveyor bowl made of anodised Aluminium with universal – sorting element FS0. FS0 is manually adjustable for all part sizes from 0.1 to 18 mm in diameter. B) Special sorting elements instead of FS0: FS1, manually adjustable, optimised for cereals, rice, paddy and products of similar shape and size FS2: manually adjustable, optimised for corn, soybeans, peas, beans and products with similar shape and size FS3: fine-drive adjustable in height and width, for very flat seeds or flat mechanical parts with the following dimensions: width: 0.5 to 10 mm, height: 0.5 – 8 mm, maximum length: 20 mm C) Special conveyor bowl with additional lateral opening for mechanically eliminating of accompanying substances, suitable for corn, cereals, soybean, paddy, etc. The height of this opening can be adjusted from 0 to 5 mm and allows unwanted accompanying substances laterally be sorted out. Not suitable for parts smaller than 1 mm in diameter. Can be used with sorting elements FS0, FS1, FS2, or FS3 combined. D) To meet the needs of various industries, the conveyor bowls can be made ​​of other materials . These bowls are for example extremely impact resistant or correspond to the rules of the FDA, etc. Such trays can be made ​​from various basic materials like Titanium, PEEK, Polyamide and others. E) The standard aluminum bowls can be treated or coated in order to satisfy specific requirements. With increased mechanical stress or when in contact with food, the surface can be hard anodized. A hard coating of nickel has a high surface hardness and is FDA approved, Polyurethane (PU) coating permits rapid transport of heavy mechanical parts and prevents noise and wear. Again, FDA approved materials can be used. F) Feeder Bowl with vertical outlet: Short cycle times are possible, as the seeds leave the bowl after a short run time. Advantageous when many different lots must be processed, often used for the fast 1000 grain weight measurement. Used for seeds which can be easily singularised like Crop, Soy, Corn, Canola etc. The seeds should have a diameter of 2 mm or more. Volume 0.8 litres, or about 2500 kernels of Corn. Automatic 1000 Grain Weight Measurement By means of an additional software module, an electronic balance and a special frame, the precision counter C3 can be used for the direct determination of the 1000 kernel weight of a sample. Both the C3 as well as a balance are connected with the control computer. A freely selectable quantity is counted and falls on the scale pan. At the end of the counting operation the weight of the sample and the corresponding number of particles is transmitted automatically to the PC, where the 1000 kernel weight is calculated. With the conventional 1000 grain weight determination, the number of items and the weight must be entered manually into a calculating machine. In many cases, exactly 500 or 1000 kernels are counted and weighed; and then the 1000 grain weight can be determined without no arithmetic exercise, but the danger exists that the result is falsified by separation effects during the operation of the vibrating conveyor (grain size selection). With the simultaneously determination of seed quantity and weight all potentially faulted manual inputs are eliminated. But most important is that in this procedure the particle size selection is impossible. If necessary the result can be printed out or processed electronically. Further the danger of the grain size selection can completely be avoided. Particle Size Analyzer The precision seed counter C3 can be used as particle size analyzer to determine the particle size distribution of a given sample by means of a special software module. The size of the singularised and free falling parts is measured in one dimension with a resolution of some 1/100 mm. This measurement is intended primarily to compare different samples qualitatively. With spherical parts the measurements give also quantitative information. The measured values of the particle size analyzer are stored as txt file. This makes it possible to further process the raw data individually by means of appropriate standard software. Filling Carousel The C3 parts counter can be combined with the elmor 780 carousel filler. The carousel filler allows semi automatic, to a large extent unsupervised filling of vials, tubes, small containers as well as bags from paper, glassine or composite material. Feeding Conveyor elmor 610 Feeding conveyor and storage hopper for automatic refilling of the conveyor bowls of our counting machines C1, C3 or CX elmor Green Design Our label for: high energy efficiency longevity no standby power loss most components may be recycled production without solvents, ROHS conformity Click here to add your own text Click here to add your own text

Counting machine elmor C1: accessories and variants Conveyor bowls The parts to be counted with the elmor C1 counting machine are transported in a vibrating conveyor and are singularised by means of a sorting element. Both the conveyor bowl as well as the sorting element can be selected among different variants , depending on the properties of the product to be counted. A) Standard conveyor bowl made of anodised Aluminium with universal – sorting element FS0. FS0 is manually adjustable for all part sizes from 0.1 to 18 mm in diameter. B) Special sorting elements instead of FS0: FS1, manually adjustable, optimised for cereals, rice, paddy and products of similar shape and size FS2: manually adjustable, optimised for corn, soybeans, peas, beans and products with similar shape and size FS3: fine-drive adjustable in height and width, for very flat seeds or flat mechanical parts with the following dimensions: width: 0.5 to 10 mm, height: 0.5 – 8 mm, maximum length: 20 mm C) Special conveyor bowl with additional lateral opening for mechanically eliminating of accompanying substances, suitable for corn, cereals, soybean, paddy, etc. The height of this opening can be adjusted from 0 to 5 mm and allows unwanted accompanying substances laterally be sorted out. Not suitable for parts smaller than 1 mm in diameter. Can be used with sorting elements FS0, FS1, FS2, or FS3 combined. D) To meet the needs of various industries, the conveyor bowls can be made ​​of other materials . These bowls are for example extremely impact resistant or correspond to the rules of the FDA, etc. Such trays can be made ​​from various basic materials like Titanium, PEEK, Polyamide and others. E) The standard aluminum bowls can be treated or coated in order to satisfy specific requirements. With increased mechanical stress or when in contact with food, the surface can be hard anodized. A hard coating of nickel has a high surface hardness and is FDA approved, Polyurethane (PU) coating permits rapid transport of heavy mechanical parts and prevents noise and wear. Again, FDA approved materials can be used. F) Feeder Bowl with vertical outlet: Short cycle times are possible, as the seeds leave the bowl after a short run time. Advantageous when many different lots must be processed, often used for the fast 1000 grain weight measurement. Used for seeds which can be easily singularised like Crop, Soy, Corn, Canola etc. The seeds should have a diameter of 2 mm or more. Volume 0.8 litres, or about 2500 kernels of Corn. Dual Product Outlet The dual product outlet can increase the productivity in Preset Mode (= repetitive batch counting). Each time when a batch is counted, the outlet switches to the other side and the counter restarts automatically. The dual discharge chute is intended to be used for counting crop seeds or corn, which are filled directly into bags, but can also be used for other seeds with 1mm diameter or more. Automatic Seed Weight Sorter Each single seed of a lot is automatically placed on a scale. The Automatic Seed Weight Sorter measures the weight of each seed and compares it with one or several limits. According to the result of this comparison, the weighed seed is then transferred into two or more containers. So the parts can weighed and sorted either into good and bad parts or into several weight classes. Filling Carousel The C1 parts counter can be combined with the elmor 780 carousel filler. The carousel filler allows semi automatic, to a large extent unsupervised filling of vials, tubes, small containers as well as bags from paper, glassine or composite material. Filling adapter Adapter for small containers, bottles, laboratory tubes etc. This adapter allows dustfine and costly parts to be filled directly into containers. The C1 seed counter can be started only when a container is present.The filling adapters are manufactured individually on request. Dust Cover If specific small parts are processed, a dust cover can be of advantage. This is for example the case with pharmaceutical components, implants or with parts that need to be processed in a protective atmosphere. In this case, nitrogen or other gases or may be introduced through the dust cover. Ionizer When transporting small parts in the vibrating conveyor bowl there is a risk that the parts can become electrostatically charged. The correct separation of the charged parts becomes difficult. With an ionizer, the charged parts can be neutralised, shortly before leaving the bowl, in the region of the sorting element. The ionizer used in elmor C1 seed counter is manufactured by a specialized company, which is represented worldwide. The head of the ionizer is attached inside of a dust cover. Receipt Printer for Seed Counter elmor C1 The result of each completed count is printed automatically. The printing is done in plain text and bar code. During sample preparation or inventory counts many customers have expressed a wish to be able to print the determined number immediately. This can be done with this new accessories for the C1 counter. Faulty manual recordings are obsolete. Technical data: Paper: standard thermopaper rolls, 80mm width. Internal cutter, label length 64mm Barcode: Code 128 (International Standard ISO/IEC 15417), other codes on request Power supply: 100 – 240V, 50/60Hz The C1 seed counter must be equipped with an elmor printer interface board Feeding Conveyor elmor 610 Feeding conveyor and storage hopper for automatic refilling of the conveyor bowls of the counting machines elmor C1, C3 or CX Intermediate storage container of counted parts When a seed counter is combined with a packaging machine, it may be advantageous to add a container for synchronization therebetween. When the counting operation has finished and the packing machine is ready, a discharge flap is opened briefly, so that the content of the container is discharged into the packaging machine. Then the flap closes and the counting machine begins with a new operation. As a result, the waiting time that would be needed before a packaging machine is ready for the next lot can be greatly reduced, allowing a shorter cycle time. Depending on the task different volumes can be realized.