We are offering Nitrile examination powder free gloves
Description
Comfortable, super soft flexible powder free nitrile examination gloves provide added safety in many applications. Designed with a special nitrile formulation they feel and fit like latex and allow full range of motion and excellent flexibility to minimise stress and fatigue. They do not contain natural rubber latex and are excellent alternative for those suffering from Type l allergies.
Quality Standard:
-Complies with ASTM D6319 (USA) , EN455 and EN374 (EU) standard.
-Produced according to GMP and ISO9001:2008 standard.
-With FDA Certificate and CE Certificate.
-AQL 1.5, 2.5, 4.0 are available
We are offering Nitrile examination powder free gloves
Description
Comfortable, super soft flexible powder free nitrile examination gloves provide added safety in many applications. Designed with a special nitrile formulation they feel and fit like latex and allow full range of motion and excellent flexibility to minimise stress and fatigue. They do not contain natural rubber latex and are excellent alternative for those suffering from Type l allergies.
Quality Standard:
-Complies with ASTM D6319 (USA) , EN455 and EN374 (EU) standard.
-Produced according to GMP and ISO9001:2008 standard.
-With FDA Certificate and CE Certificate.
-AQL 1.5, 2.5, 4.0 are available
19L Polycarbonate Bottle Blower | 20 Litre PC Bottle Making Machine
Type: Raw Material to Bottle (no need of Preforms)
Feed material: Polycarbonate (PC) raw material (in granules)
Bottle volume: 19 litre
Production capacity: 60 pcs/hour (19 litre)
1) Plasticizing System
Screw Diameter (mm): 85
Ratio of Screw Length/Diameter (L/D): 28
Plasticizing Rate (kg/hr): 80
Injection Stroke (mm): 360
Screw Speed Range (rph): 10-56
2) Clamping System
Clamping Force (kN): 190
Clamping Stroke (mm): 350
Mould Thickness Range (mm): 370-410
Max Opening between Platens (mm): 720
3) Power Consumption
General Power (kW): 84
Hydraulic Motor (kW): 37
Electrical Heating Power (kW): 44
Average Electricals Power Rating (kW): 58
4) Air Source Connection
Required air source pressure: min. 6-10 bar; Air consumption: 0.4M3/min..
5) Water Source Connection
Required water pressure: min. 2-3 bar; Water consumption: 6M3/min.
6) Control System
100-point wall thickness control, 6" colour display.
7) Machine Dimensions
4,985(L) x 1,465(W) x 2,765(H) mm
8) Machine Weight
6 tons (not including hydraulic oil and mould)
9) Production Capacity
>= 60 bottles/hour (based on qualification rate of 98%)
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What do you need to prepare for making PC (Polycarbonate) Bottles?
PC resin granules in bags. See the following pictures. Simple and the PC resin is easy to buy locally.
Process:
1. Load PC resin in the Hopper of the machine.
2. Melt PC resin coming into the mould.
3. Melted PC resin is shaped into a bottle in the mould.
4. The mould is open and take out the bottle.
Very simple. Easy to buy material and easy to operatre.
What kind of bottles does the machine can make?
2-5 gallon bottles with or without handle.
Single-head Bulk Bag Filling System | 200-220L Bag-in-Drum Aseptic Filler
The Bulk Bag Filling Systems | Bag-in-Drum Aseptic Fillers provide the highest possible level of sterility and productivity for filling bulk aseptic Bag-in-Box and Bag-in-Drum containers. They are designed for packaging sterile fluids like tomato paste, vegetables and fruit juices, purees, particulates, concentrates, sauces, soups and dairy products.
The compact design gives you maximum aseptic safety while requiring a very small aseptic zone. Nearly all crucial components are from world famous brands and it ensures the reliability of the machines. Weight or flow meters optional for volume control to be employed.
Features:
1. PLC controlled with autognostic capability. Touch screen for operation, easy to use.
2. Grade 304 stainless steel body and 316L stainless fluid-contact parts.
3. Designed with CIP (Clean-in-Place) function and circuit connection.
4. Filling from side prevents condensed water dripping on bags (for details, please check the end).
5. Decapping, filling and capping parts move in an enclosed overpressure steam room which ensures the sterile conditions.
6. Steam barrier and sterilization by spraying of cap and feed gate with steam and hydrogen peroxide (optional) before decapping ensures a true aseptic filling.
7. A pressure sensor working with a pumping system ensures the stable overpressure in the sterile guard.
8. Reliable and in a high standard. All crucial components are from world famous brands.
Specifications:
Applicable bags: 1-inch or 2-inch spout fitted, 200-220 litre aseptic bags
Filling capacity: 3-5 tons per hour.
Power: 1.0KW
Compressed air: 6-8 bar, 2m3/h
Food-grade steam: 5-8 bar, 36kg/h
Weight: 800kg
* Filling from side prevents condensed water dripping on bags.
Steam will become condensed water on the wall inside the sterile chamber. If filling from the bottom of chamber, condensed water will drip on the bags. Our fillers fill from side of chamber, condensed water will flow onto bottom inside the chamber and then flow out through the drain pipe.
Made in China, but built in EU quality standard.
Double-head Bag-in-Drum Aseptic Filler is available.
The Biggest Advantage:
Filling alternately or in turn by 3 heads can keep the coming product being filled in bags all the time without any backflow. It can avoid the pasteurizer interruption or repeated product heating in the pasteurizer, and meanwhile eliminate an aseptic tank for storaging the backflow to save your cost.
This BiB Filler | Bag-in-Box Aseptic Filling Machine is designed for aseptically filling spout-prepared aseptic bags with sterile fluids like natural juice, concentrate, vegetable juice, fruit syrup, fruit jam, magma beverage, dairy product and pharmaceutical. The machine can use various spigots including Vitop and Scholle's. It is designed with CIP (Clean-in-Place) function and a circuit for connecting to a CIP system. All the fluid-contact parts are made with grade 316L stainless steel and the frame made with 304 stainless steel.
Features:
1) Grade 304 stainless steel body and 316L stainless fluid-contact parts.
2) Bags ranging in size from 1 to 25 litres can be used.
3) Steam is the unique employed sanitizing system to avoid chemical pollution.
4) Employed decapping confirmation system ensures filling will not work before decapping and this guarantees the sterile room not to be polluted by the fluid.
5) Decapping, filling and capping parts move in an enclosed overpressure steam room which ensures the sterile conditions.
6) Steam barrier and sterilization by spraying of cap and feed gate with steam and hydrogen peroxide (optional) before decapping ensures a true aseptic filling.
7) A pressure sensor working with a pumping system ensures the stable overpressure in either sterile chamber.
8) Decapping, filling and capping all work automatically by control system.
9) Reliable and in a high standard. Most components are German branded.
10) Designed with CIP (Clean-in-Place) function and circuit connection.
11) New technology ensures no condensed water dripping onto bags.
12) A weight or flow meter system employed improves filling precision and truly achieves the quantitative filling.
Double-head 1000L Bag Filling System Equipment | IBC Liner Bag Aseptic Filling Machine
This 1000 Litre Bag Aseptic Filling System Equipment | IBC Liner Bag Aseptic Filling Machine provides the highest possible level of sterility and productivity for filling IBC (Intermediate Bulk Container) liner aseptic bags. They are designed for packaging sterile fluids like tomato paste, vegetables and fruit juices, purees, particulates, concentrates, sauces, soups and dairy products.
The compact design gives you maximum aseptic safety while requiring a small aseptic zone. Nearly all crucial components are from world famous brands and it ensures the reliability of the machines. Weight or flow meters optional for volume control are to be employed.
Features:
1. PLC controlled with autognostic capability. Touch screen for operation, easy to use.
2. Grade 304 stainless steel body and 316L stainless fluid-contact parts.
3. Designed with CIP (Clean-in-Place) function and circuit connection.
4. Filling from side prevents condensed water dripping on bags.
5. Decapping, filling and capping parts move in a sterile chamber with an overpressure of
steam barrier which ensures the sterile conditions.
6. Steam barrier and sterilization by spraying of cap and feed gate with steam and hydrogen peroxide (optional) before decapping ensures a true aseptic filling.
7. A pressure sensor working with a pumping system ensures the stable overpressure in
the chamber.
8. A pumping system is available to for exhausting any pollution from the chamber.
9. The filling head come down to the right height (totally 3 heights set) automatically
with the filled volume in the bag.
10. Reliable and in a high standard. All crucial components are from world famous brands.
Specifications:
Applicable bags: 1-inch or 2-inch spout fitted, 200/1000 litre aseptic bags (Spout is called "Gland" or "Flange" too.)
Filling capacity: 6-15 tons per hour.
Power: three-phase 380V/220V or customized, 8KW
Compressed air: 6-8 bar, 25NL/min
Food-grade steam: 5-8 bar, 50kg/h
Weight: 2400kg
Advantage of Double-head Aseptic Filling Machine:
Filling with 2 heads alternately can reduce backflow of the fluid in maximum, and then minimize the colour change and loss of nutritional ingredients from reheating.
Made in China, but built in EU quality standard.
Single-head IBC Liner Bag Aseptic Filling Machine is available.
The BiD Aseptic Fillers | Bag-in-Drum Aseptic Filling Machines provide the highest possible level of sterility and productivity for filling bulk aseptic bag-in-box and bag-in-drum containers. They are designed for packaging sterile fluids like tomato paste, vegetables and fruit juices, purees, particulates, concentrates, sauces, soups and dairy products.
The compact design gives you maximum aseptic safety while requiring a very small aseptic zone. Nearly all crucial components are from world famous brands and it ensures the reliability of the machines. Weight or flow meters optional for volume control to be employed.
Features:
1. PLC controlled with autognostic capability. Touch screen for operation, easy to use.
2. Grade 304 stainless steel body and 316L stainless fluid-contact parts.
3. Designed with CIP (Clean-in-Place) function and circuit connection.
4. Filling from side prevents condensed water dripping on bags (for details, please check the end).
5. Decapping, filling and capping parts move in an enclosed overpressure steam room which ensures the sterile conditions.
6. Steam barrier and sterilization by spraying of cap and feed gate with steam and hydrogen peroxide (optional) before decapping ensures a true aseptic filling.
7. A pressure sensor working with a pumping system ensures the stable overpressure in either sterile guard.
8. Reliable and in a high standard. All crucial components are from world famous brands.
* Filling from side prevents condensed water dripping on bags.
Steam will become condensed water on the wall inside the sterile chamber. If filling from the bottom of chamber, condensed water will drip on the bags. Our fillers fill from side of chamber, condensed water will flow onto bottom inside the chamber and then flow out through the drain pipe.
Made in China, but built in EU quality standard.
Single-head Bag-in-Drum Aseptic Filling Machine is available.
NUEVO Llenadora completamente automática para Bolsa-en-Caja (Bag-in-Box, BiB)
Esta es nuestra máquina de llenado Bolsa-en-Caja (Bag-in-Box, BiB) de tercera generación BIBF500. A diferencia de la generación anterior, la salida de bolsas llenas de la nueva máquina de llenado de bolsas en caja BIBF500 fue diseñada en la dirección diferente, directamente en el otro extremo de la entrada de bolsas vacías y también en una altura más alta. Los cambios hacen que la máquina llenadora se adapte mejor a nuestra línea de embalaje de cartón. Además, la versión anterior funciona cortando las bolsas antes de llenarlas, pero la nueva máquina llena las bolsas después de llenarlas y taparlas, lo que facilita a los usuarios llenar bolsas de diferentes tamaños.
La NUEVA máquina de llenado Bolsa-en-Caja completamente automática es especialmente para llenar bolsas preparadas con una amplia gama de líquidos como agua potable, coque de jarabe, aceite comestible y bebidas. Se caracteriza por ser completamente automático mediante el uso de PLC y sistema de control de pantalla táctil. Todo el proceso de alimentación continua de bolsas, decapitación, aspiración (opcional), inyección de nitrógeno (opcional), llenado, taponado, corte de bolsas continuas y tránsito al transportador se puede completar automáticamente, no se requiere operación humana.
Caracteristicas:
1. Totalmente automático (alimentación automática y continua de bolsas, llenado, tapado, corte y transporte).
2. Fácil de usar. El sistema de control de pantalla táctil facilita la operación.
3. El sistema de medidor de flujo electromagnético mejora la precisión de llenado y realmente logra el llenado cuantitativo.
4. Cuerpo de acero inoxidable de grado 304 y piezas de contacto de fluido de acero inoxidable 316L.
5. Opciones de aspiración e inyección de nitrógeno disponibles para el uso de productos específicos.
Especificaciones:
Bolsas aplicables: módulo continuo precortado o bolsas de tipo WEB, preparadas para boquillas, 2-25 litros. (La boquilla también se llama Glándula o Brida).
Capacidad de llenado:
500 bolsas/hora por 5 litros
400 bolsas/hora por 10 litros
300 bolsas/hora por 20 litros
Poder: 3.0KW
Aire comprimido: 6-8bar, 1.5m3/h.
Procedimientos:
1. Alimentar automáticamente las bolsas.
2. Decapee, llene, tape y corte las bolsas automáticamente.
3. Salga automáticamente de las bolsas llenas.
Hecho en China, pero construido a un alto nivel de calidad.
NUOVA Riempitrice Bag-in-Box (BiB) da 2-25 litri completamente automatica
Questa è la nostra riempitrice Bag-in-Box di terza generazione BIBF500. Diversamente dalla generazione precedente, l'uscita dell'uscita dei sacchetti riempiti della nuova riempitrice Bag-in-Box BIBF500 è stata progettata nella direzione diversa - direttamente sull'altra estremità dell'entrata dei sacchetti vuoti e anche su un'altezza più elevata. Le modifiche rendono la riempitrice più adatta alla nostra linea di confezionamento in cartone. Inoltre, la versione precedente funziona tagliando i sacchetti prima del riempimento, ma la nuova riempitrice funziona tagliando i sacchetti dopo il riempimento e il tappo, il che rende più facile per gli utenti riempire sacchetti di dimensioni diverse.
La NUOVA Riempitrice Bag-in-Box completamente automatica è particolarmente adatta per riempire sacchi preparati con beccuccio con una vasta gamma di liquidi come acqua potabile, coca-cola sciroppo post-miscelazione, olio commestibile e bevande. È completamente automatico utilizzando PLC e sistema di controllo touchscreen. L'intero processo di alimentazione continua di sacchi, decapaggio, vuoto (opzionale), iniezione di azoto (opzionale), riempimento, tappatura, taglio a parte dei sacchi continui e transito sul trasportatore può essere completato automaticamente, non è necessario alcun intervento umano.
Caratteristiche:
1. Completamente automatico (alimentazione automatica e continua di sacchi, riempimento, tappatura, taglio e trasporto).
2. Facile da usare. Il sistema di controllo touch-screen semplifica le operazioni.
3. Autotest e funzione di protezione.
4. Il sistema di misuratore di portata elettromagnetico migliora la precisione del riempimento e raggiunge veramente il riempimento quantitativo.
5. Corpo in acciaio inossidabile grado 304 e parti a contatto con fluido in acciaio inossidabile 316L.
6. Riempire un sacchetto di capacità diversa accettabile solo modificando l'impostazione.
7. Il perfetto sistema di serraggio del beccuccio garantisce un funzionamento affidabile della macchina e nel frattempo nessun danno al beccuccio del sacco.
8. Opzioni di vuoto e iniezione di azoto disponibili per l'uso di prodotti specifici.
Specifiche tecniche:
Sacchetti applicabili: sacchetti pre-tagliati modulo continuo o tipo WEB, 2-25 litri
Capacità di riempimento:
500 sacchetti/ora per 5 litri
400 sacchetti/ora per 10 litri
300 sacchetti/ora per 20 litri
Potenza: 3,0 kW
This respirator mask is certified and classified in accordance with BSI's PPE for Healthcare Professionals 2020/403 - Respiratory Protective Equipment Technical Specification and therefore carries the CE mark. Certification under Module B, EU Type-Examination and Module C2, EC Quality Control, will be issued by BSI Group The Netherlands B.V., Say Building, John M. Keynesplein 9, 1066 EP, Amsterdam, Netherlands (Notified Body Number 2797).
Module B Certificate No. CE 728354
Module C2 Certificate No. CE 728374
To technical specifiction Annex II (EHSR) of the PPE Regulation (EU) 2016/425. PPE for use by health care professionals as per Commission Recommendation 2020/403.
This filtering half mask is manufactured for COVID-protection only. This filtering half mask is not a PPE device for general useand shall not be used for purposes other than protection against COVID-19.
EN 149:2001+A1:2009 classified half masks into three types according to their filtering capacities: FFP1, FFP2 and FFP3. Respirators that meet the requirements of EN 149:2001+A1:2009 are designed to protect against solids, water-based aerosols, and oil-based aerosols.
FFP2 masks have a minimum of 94% filtration percentage and maximum 8% leakage to the inside. They are mainly used in construction, agriculture, and by healthcare professionals against influenza viruses.
Features:
VIRGIN plastic materials made and odorless.
This respirator face mask offers a flexible nose piece that helps form a closure for better protection against exposure.
CE approved and FFP2 class, not reusable.
This respirator half face mask is for use by healthcare workers, first responders and other personnel involved in the efforts to contain the COVID-19 virus and avoid its further spread.
Vertical-fold flat, easy storage and transportation in a pocket.
Features:
High-Density knit continuous filament polyester-nylon microfibers (70% polyester + 30% nylon).
Soft-texture microfiber cleanroom wipes have tiny microfibers that cling to even the smallest contaminant particles without scratching the surface.
The soft, durable wipes are optimally suited for scratch-sensitive surfaces as well as for fine cleaning of small components. Laser-cut sealed edges ensure no lint is left behind
High absorptive capacity and rapid absorption rate
Production process:
Laser/ultrasonic sealed edges ensure lint-free.
Laundered with 18 MΩ pure.
Packaged in class 100/1000 (ISO5/6) cleanrooms.
Professional static clean technology ensures the lowest containing of particles.
Pre-cautions:
Double chamber vacuum packaging. The outer chamber should be taken away before a pack of cleanroom wipers is brought in workshops.
Wrap the edges to the upper middle of wipers before wiping because the edges may damage the product surface to be wiped.
Do not cut any wipe by yourself because it will cause lints from the cut edge
Keep away from fire, and do not wipe high-temperature surfaces.
Features:
Woven short filament polyester-nylon microfibers (70% polyester + 30% nylon).
Low elasticity.
Wear-resistant, strong polishing capacity.
Extra-low lint.
High absorptive capacity and strong chemical resistance
Production process:
Laser/ultrasonic sealed edges ensure lint-free.
Laundered with 18 MΩ pure.
Packaged in class 100/1000 (ISO5/6) cleanrooms.
Professional static clean technology ensures the lowest containing of particles.
Pre-cautions:
Double chamber vacuum packaging. The outer chamber should be taken away before a pack of cleanroom wipers is brought in workshops.
Wrap the edges to the upper middle of wipers before wiping because the edges may damage the product surface to be wiped.
Do not cut any wipe by yourself because it will cause lints from the cut edge
Keep away from fire, and do not wipe high-temperature surfaces.
Features:
Knitted low-elasticity continuous filaments of 100% polyester (stripe grain or grid grain).
Stripe grain wipes are suitable for sensitive surface production.
Grid grain wipes are suitable for wiping stubborn stains
Good absorbency and high efficiency
Work well with IPA, acetone and other solvents
Laser sealed edges ensure an ultra-low level of lint.
High absorptive capacity and rapid absorption rate
Production process:
Laser/ultrasonic sealed edges ensure lint-free.
Laundered with 18 MΩ pure.
Packaged in class 100/1000 (ISO5/6) cleanrooms.
Professional static clean technology ensures the lowest containing of particles.
Pre-cautions:
Double chamber vacuum packaging. The outer chamber should be taken away before a pack of cleanroom wipes is brought in workshops.
Wrap the edges to the upper middle of wipes before wiping because the edges may damage the product surface to be wiped.
Do not cut any wipe by yourself because it will cause lints from the cut edge
Keep away from fire, and do not wipe high-temperature surfaces.
Features:
Interlock knit 100% continuous filament polyester microfibers.
Soft-texture polyester microfiber cleanroom wipes have tiny microfibers that cling to even the smallest contaminant particles without scratching the surface.
The soft, durable wipes are optimally suited for scratch-sensitive surfaces as well as for fine cleaning of small components. Laser-cut sealed edges ensure no lint is left behind
High absorptive capacity and rapid absorption rate
Production process:
Laser/ultrasonic sealed edges ensure lint-free.
Laundered with 18 MΩ pure.
Packaged in class 100/1000 (ISO5/6) cleanrooms.
Professional static clean technology ensures the lowest containing of particles.
Pre-cautions:
Double chamber vacuum packaging. The outer chamber should be taken away before a pack of cleanroom wipers is brought in workshops.
Wrap the edges to the upper middle of wipers before wiping because the edges may damage the product surface to be wiped.
Do not cut any wipe by yourself because it will cause lints from the cut edge
Keep away from fire, and do not wipe high-temperature surfaces.
Features:
Interlock knit continuous filament polyester-nylon microfibers (70% polyester + 30% nylon).
Soft-texture microfiber cleanroom wipes have tiny microfibers that cling to even the smallest contaminant particles without scratching the surface.
The soft, durable wipes are optimally suited for scratch-sensitive surfaces as well as for fine cleaning of small components. Laser-cut sealed edges ensure no lint is left behind
High absorptive capacity and rapid absorption rate
Production process:
Laser/ultrasonic sealed edges ensure lint-free.
Laundered with 18 MΩ pure.
Packaged in class 100/1000 (ISO5/6) cleanrooms.
Professional static clean technology ensures the lowest containing of particles.
Pre-cautions:
Double chamber vacuum packaging. The outer chamber should be taken away before a pack of cleanroom wipers is brought in workshops.
Wrap the edges to the upper middle of wipers before wiping because the edges may damage the product surface to be wiped.
Do not cut any wipe by yourself because it will cause lints from the cut edge
Keep away from fire, and do not wipe high-temperature surfaces.
