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  • motan-colortronic
    颗粒料吸料器 粉体材料吸料器 金属分离器 比例调节阀 卡勒多尼吸料器 控制系统 干燥控制系统 输送控制系统 计量与混合控制系统 卡勒多尼控制系统 储存设备 防潮桶 BB 60 室外料仓 工作机会 服务 热线电话 调试 培训 维护 革新 Innovation award Innovation process How to apply Evaluation criteria Conditions of participation 关于我们 我们 愿景与理念 目标 优势 组织 motan 新闻 展览 新闻 联系方式 您当地的合作伙伴 非洲 亚洲 欧洲 北美洲 南美洲 大洋洲 联系表 准备迈向工业 4 0 通过开发 OPC UA 接口 开放平台通信 统一架构 摩丹集团为迈向工业 4 0 做足准备 展会信息 Powder Bulk Solids Rosemont IL USA 03 05 May 2016 PLASTPOL Kielce Polen 17 20 May 2016 PDM Plastics Telford United Kingdom 14 15 June 2016 Interplas Bangkok Thailand 07 10 July 2016 Plastics Rubber Industry Exhibition Qingdao China 03 05 August 2016 INTERPLAST Joinville Brazil 16 19 August 2016 RWM Birmingham United Kingdom 13 15 September 2016 K Messe Düsseldorf Germany 19 26 October 2016 产品新闻 01 07 2015 出类拔萃 摩丹颁发创新奖 29 06 2015 准备迈向工业 4 0 05 03 2015 CHINAPLAS 2015 全新的原料输送解决方案 摩丹 卡勒多尼推出最新的METRO G 系列吸料器 27 10 2014 METRO G 展示了摩丹在吸料器上很多的改进 08 09 2014 METRO G 专为输送系统定制的吸料器 21 07 2014 GRAVInet GP light 提供更大的灵活性 24 03 2014 ATTN适度干燥 露点恒定 mo s corner 专门为您解答有关原料管理问题的专栏 如果您有任何问题 请发送电子邮件至 askmo moscorner nospam com www moscorner com METRO G motan news News 11 September 2015

    Original URL path: http://www.motan-colortronic.com/cn/ (2016-05-01)
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  • Solutions
    additive masterbatches Tailor made masterbatches In line systems High voltage cables Extruded foams Fibres filaments Chemicals Products Dosing mixing Volumetric dosing mixing units Gravimetric dosing mixing units Colortronic dosing mixing units Drying Dry air dryer Hot air dryer Compressed air dryer Drying bins Colortronic dryer Crystallising Crystalliser Conveying Material loaders for granulate Material loaders for powder Metal separators Proportioning valves Colortronic material loaders Controls Drying controls Conveying controls Dosing mixing controls Colortronic controls Storage Blanketing bin BB 60 Silos Jobs Service mo s corner Hotline Commissioning Training Maintenance Innovation Innovation award Innovation process How to apply Evaluation criteria Conditions of participation About us Us Vision Philosophy Values Goals Strength Organisation History motan news Exhibitions News motan TV Industry 4 0 MIA SilentLine METRO G Sales terms Contact Your local partner Africa Asia Europe North America South America Oceania Contact form Injection moulding Blow moulding Extrusion Compounding In line systems Chemicals State of the art solutions Geared to your real world needs motan colortronic is a leading global provider of peripheral units and systems for plastics manufacturers and processors and for the chemicals industry Drawing on our unique expertise covering materials handling from end to end we develop solutions for specific

    Original URL path: http://www.motan-colortronic.com/solutions.html (2016-05-01)
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  • Injection moulding
    Colortronic dryer Crystallising Crystalliser Conveying Material loaders for granulate Material loaders for powder Metal separators Proportioning valves Colortronic material loaders Controls Drying controls Conveying controls Dosing mixing controls Colortronic controls Storage Blanketing bin BB 60 Silos Jobs Service mo s corner Hotline Commissioning Training Maintenance Innovation Innovation award Innovation process How to apply Evaluation criteria Conditions of participation About us Us Vision Philosophy Values Goals Strength Organisation History motan news Exhibitions News motan TV Industry 4 0 MIA SilentLine METRO G Sales terms Contact Your local partner Africa Asia Europe North America South America Oceania Contact form Injection moulding Preforms PET bottles Medical optical or electronic components under clean room conditions Blow moulding Extrusion Compounding In line systems Chemicals Injection moulding Process description Injection moulding is a discontinuous multi stage manufacturing process for producing parts from both thermoplastic and thermosetting plastic materials Typical end products High volume end consumer products For example caps closures automotive parts and packaging It is a part manufacturing process and is not based on lot sizes i e weight Process The raw material is fed into a heated barrel and with screw is mixed and forced into a mould cavity Once the plastic has cooled

    Original URL path: http://www.motan-colortronic.com/solutions/injection-moulding.html (2016-05-01)
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  • Preforms/PET-bottles
    bottles either coloured masterbatch is dosed volumetrically or gravimetrically via a dosing unit on the inlet of the machine or colorant is brought into the material inlet via a liquid dosing system This is how transparent green blue or brown bottles are usually manufactured For the bottling of milk PET bottles are coloured white and opaque Material preparation Prior to the manufacture of preforms PET or PLA must be dried otherwise streaks and degradation through hydrolysis may occur in the preform In virgin material PET frequently holds up to approx 0 1 initial moisture and is therefore dried for approx 6 hours at 160 C to 175 C in order to achieve a residual moisture content of maximum 50 ppm Regarding PLA with an initial moisture of up to 0 25 a residual moisture of below 0 01 is achieved with drying temperatures from 60 C to 100 C and drying times from 4 to 8 hours 1 Silo 2 Crystallisation 3 Drying unit 4 Blending with subsequent drying 5 Blower 6 Colour dosing with MINICOLOR 7 Mould air conditioning Preferably the drying system is installed above the injection moulding machine so that after drying the material is directly transported into the processing machine via a gravity pipe without additional transport devices This is the only way to lead the material into the plastification unit without significant temperature losses and additional energy expenses Drying is equipped with the ETA plus energy saving system in order to assure optimum drying with minimum energy consumption This package includes automatic air flow control adjusting the air flow to material inlet conditions and thus adapting continuously and optimally the energy consumption to processing In addition the drying process is equipped with a heat exchanger in the regeneration heating process as well as a closed regeneration cooling circuit In order to keep heat losses low the heater for drying is located directly in front of the drying bin G as fired drying If the production plant is connected to the gas supply it makes sense to install a gas fired drying installation Since gas prices are often lower than electricity gas fired drying gives a fast return on investment Applications with both electric and gas fired heaters have been installed which allows the customer the choice of his medium 1 Exhaust air regeneration 2 Dry air dryer LUXOR 3 Optional Super fine dust filter 4 Tubular heat exchanger 5 Material return air temperature 6 Heat exchanger regeneration air 7 Frequency controlled blower 8 Burner 9 Combustion chamber Mould air conditioning or mould dehumidification The moulds in an injection moulding shop always must be treated with dehumidified and cold air from an air conditioning system to keep away humid ambient air from the cooled mould and to cool rapidly down the preforms after injection moulding Without mould dehumidification the cooled mould surface areas would immediately be covered with condensate when opening the moulds in humid ambient air Small amounts of humidity could lead to streaks on

    Original URL path: http://www.motan-colortronic.com/solutions/injection-moulding/preformspet-bottles.html (2016-05-01)
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  • Medical, optical or electronic components under clean room conditions
    with ambient or open air or any other non certified material components must be avoided Therefore production of medical parts must take place in a so called clean room Clean room design guarantees that the number of airborne particles reaching or created in the room is as low as possible Depending on use only the number of particles and or the number of germs is monitored as required during the production of pharmaceutical products for example In general other parameters such as temperature air humidity are kept constant in order to create comparable conditions at any time In principle with regard to the air flow in clean rooms a difference is made between a turbulent dilution flow and a low turbulence displacement flow In turbulent dilution or mixed flow the filtered clean air is whirled into the clean room and generates a continuous dilution of the particle concentration When personnel practices meet clean room standards the required clean room class is maintained Please note that particular attention must be paid to the fact that particle generating objects and procedures in the clean room are minimised In low turbulence displacement flow also called laminar flow the clean air flows with low turbulence and in principle vertically into the clean room with the effect that contamination of sensitive work areas and machines is kept as low as possible In general the air escapes on the opposite side through the perforated double floor and is led to the air re circulation system for repeated filtering Materials which are used in clean rooms must have abrasion proof surfaces Systems and units in the room may disturb the laminar air flow to a minimum Parts and machines which are to be brought into the clean room must be cleaned beforehand Normally a clean room is charged with overpressure overpressure ventilation In special cases clean rooms are operated with low pressure preventing dangerous substances or germs from reaching the outside Clean room classes are standardised according to EN ISO 14644 1 until November 29 2001 US Federal Standard 209E For injection moulding applications with reference to EN ISO 14644 1 class 100 bzgl US Fed Std 209E we meet clean room class 6 The number of particles which are measured in 1m³ air is max 102000 particles sized 0 3µm The following quality standards are compulsory for these applications in the areas Drying and Conveying The clean room itself may not house valves blowers filters dryers or drying bins These components must be installed outside the clean room The only thing which leads into and out of the clean room is the ductwork Ductwork is made of 1 4301 stainless steel or glass In addition to connection couplings pipe connections are also connected with thin stainless steel bands to guarantee dissipation of electrostatic charging Tubing is in food grade standard FDA Blowers are oil free A purge cycle is connected after every conveying cycle HEPA class H14 dust filters separation efficiency of 99 995 with 0

    Original URL path: http://www.motan-colortronic.com/solutions/injection-moulding/medical-optical-or-electronic-components-under-clean-room-conditions.html (2016-05-01)
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  • Blow moulding
    for powder Metal separators Proportioning valves Colortronic material loaders Controls Drying controls Conveying controls Dosing mixing controls Colortronic controls Storage Blanketing bin BB 60 Silos Jobs Service mo s corner Hotline Commissioning Training Maintenance Innovation Innovation award Innovation process How to apply Evaluation criteria Conditions of participation About us Us Vision Philosophy Values Goals Strength Organisation History motan news Exhibitions News motan TV Industry 4 0 MIA SilentLine METRO G Sales terms Contact Your local partner Africa Asia Europe North America South America Oceania Contact form Injection moulding Blow moulding Extrusion blow moulding of plastic tubular objects Extrusion Compounding In line systems Chemicals Blow moulding Process description Blow moulding is either a continuous or a discontinuous multi stage manufacturing process for producing hollow thin walled parts from thermoplastic plastic materials Typical end products High volume end consumer products For example bottles and containers It is a part manufacturing process and is not based on lot sizes i e weight Processes The two main types are extrusion or injection blow molding The raw material is fed into a heated barrel and with screw is mixed and either extruded or injected to form a tube like piece of plastic called a parison

    Original URL path: http://www.motan-colortronic.com/solutions/blow-moulding.html (2016-05-01)
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  • Extrusion blow moulding of plastic tubular objects
    e bottles canisters or barrels technical articles i e ventilation ducts gaiters e g steering gear gaiters and axle boots suitcase hulls luggage racks or gasoline tanks large children s toys e g push powered cars or Bobby Car Typical materials PE PP PMMA PC PA ABS PLA TPU colour masterbatch Typical throughputs 300 1000 kg h Process description In the extrusion blow moulding process thermoplastic resins and colour masterbatch granules are mixed at the intake of a single screw extruder The thermoplastic resins generally come out of silos while the colour masterbatch granules come out of containers on the machine pedestal Flash from blow moulding production is ground directly at the machine and the regrind is directed from the grinder over a cyclone and blown into a buffer container All three components thermoplast colour masterbatch and and regrind are dosed respectively through a dosing axle of the GRAVICOLOR gain in weight Scrap is generally reground centrally in some cases it is regranulated afterwards This material is fed back into the buffer container through a hopper loader and then reintroduced into the process Due to the high throughputs in the blow moulding process it makes sense to have a central vacuum system when several machines are involved In a vaccum line system the air volume of the conveying blower as well as the vacuum tubing are calculated so that only one hopper loader can convey at a time This means that the proportion of blowers to the number of conveying units in the line must be chosen so that every point of consumption is supplied with sufficient material at all times In a central vacuum system several hopper loaders are capable of feeding simultaneously per line or within the entire system Through the variable allocation output must not be reserved

    Original URL path: http://www.motan-colortronic.com/solutions/blow-moulding/extrusion-blow-moulding-of-plastic-tubular-objects.html (2016-05-01)
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  • Extrusion
    for granulate Material loaders for powder Metal separators Proportioning valves Colortronic material loaders Controls Drying controls Conveying controls Dosing mixing controls Colortronic controls Storage Blanketing bin BB 60 Silos Jobs Service mo s corner Hotline Commissioning Training Maintenance Innovation Innovation award Innovation process How to apply Evaluation criteria Conditions of participation About us Us Vision Philosophy Values Goals Strength Organisation History motan news Exhibitions News motan TV Industry 4 0 MIA SilentLine METRO G Sales terms Contact Your local partner Africa Asia Europe North America South America Oceania Contact form Injection moulding Blow moulding Extrusion High tech flat sheet film Wire and cable coating Pipes hoses Compounding In line systems Chemicals Extrusion Process description Plastic extrusion is a continuous multi stage process for the production of thermoplastic parts with a fixed cross sectional profile Typical end products High volume end consumer products For example films cable coatings pipes and tubes It is a part manufacturing process and is not based on lot sizes i e weight Process The raw material is fed into a heated barrel either a single or a twin screw will mix the plastic and force it through a die The number of single to twin screws

    Original URL path: http://www.motan-colortronic.com/solutions/extrusion.html (2016-05-01)
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