Selection of 40 products among
661
DECORATIVE WIRE MESH
Hengli supplies polyester mesh used as decorative materials for facade, diversion, ceiling, shading, Terrace and corridors, columns surface decoration, rolling screens, decorative of staircases and
channels in high grade interior decoration of restaurants, offices, exhibition hall and shops. This kind of decoration is not limited by the space, with simple installation. It gives an extreme outstanding modern sense with the light effect.
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View the product on polyestermesh.net
Raoyang county Hengli Fabric Factory
B20 SERIES DEOILING HYDROCYCLONE
Overview
CyclotechÂ’s B20 Series Deoiling Hydrocyclone liner represents the
state of the art in produced water treatment technology, a third
generation geometry optimising the critical balance
between oil
removal effi ciency and capacity, ensuring that peak separation is
achieved in the most cost effective and space effi cient manner.
The B20 Series Deoiling Hydrocyclone is used to treat water
streams containing up to 5,000 mg/l oil with a requirement to
meet a discharge water oil content of 30 mg/l, or more commonly
stretch targets of as low as 15 mg/l. For demanding process
requirements, the B20 Series has been specifi cally designed for
use with Cyclotech’s novel PECT-F® performance enhancement
pre-coalescer and integrated with Cyclotech’s DeepSweep® CFU
systems for ultimate separation performance.
The B20 Series has proved itself to be one of the most effi cient
Deoiling hydrocyclones available to the Oil & Gas industry with
an enviable globally installed base on both onshore and offshore
facilities.
Principle of Operation
A hydrocyclone has no moving parts and achieves liquid/liquid
separation by virtue of a pressure drop across the unit. Oily water
is forced under pressure into the inlet section of the liner via a
tangential inlet port. This, together with narrow cyclone diameter,
causes the fl uid to spin at high velocity, which creates a high g
radial acceleration fi eld. Oil, the less dense liquid, is forced to the
axial centre of the hydrocyclone to form a thin oil core. Through
internal hydrodynamic forces and external differential pressure
control, this oil core is removed counter currently via an axial port
adjacent to the inlet while the clean water fl ow is discharged from
the cyclone tail pipe.
Hydrocyclone Liner Design
The hydrocyclone geometry is critical to achieve optimal
separation performance. Deoiling hydrocyclone designs cannot
be scaled up, and so the B20 hydrocyclone liners are manifolded
together in a common vessel to achieve the required system
fl owrate. The ultra-slim external dimensions of the B20 Series
liner has been designed to provide market leading liner packing
effi ciency to maximize process throughput within a given vessel
without compromising on performance.
Cyclotech B20 Deoiling Hydrocyclone liners are most commonly
manufactured in Duplex Stainless Steel. For erosive applications,
Cyclotech offers liners with all inlet and tapered internal surfaces,
exposed to high fl uid velocities, manufactured from a range
of wear resistant materials. These include Stellite 6, Tungsten
Carbide or Reaction Bonded Silicon Carbide, an advanced ceramic
that will provide a wear live of up to 10 times that of a standard
Duplex liner.
High Turndown Vessel Design
For applications requiring very high turndown, Cyclotech offers
its HTD compartmentalised vessel approach. Internal baffl es are
used to divide the vessel into either two or three compartments.
Each compartment can be switched in or out of service using
external valving, effectively providing a number of hydrocyclone
liner banks within a single vessel housing. This operation can be
automated. The Cyclotech HTD design has considerable benefi ts
over traditional methods to increase turndown as it removes the
need for either blanking liners or multiple vessels. In a typical
installation, the Cyclotech HTD design can increase turndown
from 3:1 to 10:1 for a two compartment and over 50:1 for a three
compartment HTD vessel.
New-Build Systems
CyclotechÂ’s B20 Series Deoiling hydrocyclone systems form an
integral part of our Produced Water Treatment capability. These
systems can range from fully automated packaged systems to
stand alone vessels. Standard pressure vessel designs are available
at most design pressures and temperatures.
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View the product on cyclotech.com
Cyclotech Ltd
DURELAST™ POLYURETHANE ELASTOMERS
DURELAST™ polyurethane elastomers are highly versatile materials, offering virtually total design freedom and genuine practical advantages.
DURELAST™
polyurethane elastomers give a design
flexibility quality and performance impossible to obtain cost-effectively with any other methods and materials.
• Colours that do not chip, peel, scratch or fade
• Suitable for proud, recessed, textured and complex profiles
• Seamless, hygienic moisture-resistant seals
• Simple, cost effective processing
• Resistant to impacts and abrasion
• Adheres well to wood surfaces and cannot be removed.
DURELAST™ polyurethane elastomers are high-performance materials designed for furniture profiling and architectural finishing. They are used widely in domestic and commercial environments such as retailers, banks, airports, hotels, schools, kitchens and restaurants.
The DURELAST™ range is structured around six neutral coloured base
materials, which offer a flexible choice of chemical and physical properties for individual application requirements.
These materials can be pigmented to any existing BS or RAL standard, or
colour matched precisely to a sample.
Dow Hyperlast has fine-tuned its tinting techniques to ensure the fastest service enabling the processor a quicker turnaround, a benefit that can passed on to the end user.
In addition, materials are available in small batches, competitively priced and
supported by a responsive technical service for fast problem solving.
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View the product on hyperlast.com
Dow Hyperlast
ANTI-REFLECTIVE GLASS - AMIRAN®
AMIRAN® is an optical interference anti-reflective glass, dip-coated on both sides, with a residual reflection of approximately 1%. In cases where there is a drastic difference in the level of
light in front of and behind ordinary glass, it is usually quite difficult to view objects outside from the inside. In order to avoid these negative effects, more and more users are turning to AMIRAN®, the nearly invisible glass from SCHOTT.
AMIRAN® - The most important advantages at one glance
Effective prevention of reflections
In comparison with uncoated glasses, AMIRAN® reduces the rate of reflection to one-eighth. Any time inviting transparency is required, AMIRAN® is the perfect choice.
Versatile processing capabilities
AMIRAN® can be worked and processed into tempered safety glass, laminated sheet glass or curved glass, for example, as easily as conventional glass.
Easy to clean
If treated properly, AMIRAN® can be cleaned just like ordinary glass. Even the most challenging stains can be removed using the proper cleaning agents.
Outdoor use
Due to its excellent resistance to weathering, AMIRAN® can be put to use in point-mounted facades, structural glazing or post and bar constructions.
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View the product on schott.com
SCHOTT UK Ltd
HEMCORE ANIMAL BEDDING
What is Hemcore Bedding?
For good health and wellbeing, the stabled horse needs a soft, comfortable bed, which will absorb moisture and ammonia, giving a clean, dust-free environment.
Hemcore
Horse Bedding is made from the inner core of the hemp plant stem that is grown and processed entirely in the UK. It is not bleached and no chemicals are added at any stage of its growth, so producing a green product that is fully recyclable into useful compost. Hemp is also fast growing and fully sustainable. In the past, hemp has traditionally been grown to produce fine paper products, rope and textiles and is now also used to make Hemcore - a natural horse bedding. When the crop is harvested in late summer, the outer fibres of the stem are stripped off to produce traditional and new products, whilst the soft inner core is used to make Hemcore. It is dried, chopped, dust extracted and packed into heat-sealed, recyclable polythene bags.
Now with Citronella.
Hemcore is a Trade Member of the British Horse Society.
Why use Hemcore Bedding?
Highly Absorbent
What sets Hemcore apart from other bedding materials is its very high absorbency that results in a bed that stays drier longer. It is capable of absorbing far more moisture than either straw or wood shavings, and any wet areas that do have to be dug out are small by comparison. It makes a warm and comfortable bed that provides good insulation against cold and protection against injury.
Low Odour
Hemcore also absorbs ammonia very efficiently, reducing its harmful effects on a horse's respiratory system, and reducing stable odour.
Dust Extracted
Dust and spores are extracted from Hemcore to provide a cleaner stable environment. This is particularly important for horses with a respiratory disease, but also helps to prevent such problems developing. Hemcore is regularly batch tested for dust and spore counts by an independent laboratory.
Economical to Use
Although starting a bed with Hemcore may be a little more expensive than with other materials, its slower replacement rate soon evens out the costs. With Hemcore's unusually high absorbency, only 1/2 to 1 new bales should be needed every ten days.
Labour Saving
A Hemcore bed is quick and easy to maintain, staying drier and lasting longer than conventional materials. It should be disturbed as little as possible, with the droppings being removed regularly each day, and the wet material dug out as required.
Easy Disposal
Hemcore creates only a small manure heap, which rots down into quality garden compost in just a couple of months. This compares very favourably with the long time it takes straw, and particularly shavings, to decompose.
Convenient
Hemcore is supplied in watertight heat-sealed polythene bales, which are convenient to handle and can be stored inside or out. There is no waste and no mess.
Environmentally Friendly
Hemcore is made from a sustainable source and is completely biodegradable. It is packed in recyclable polythene.
How to use Hemcore Bedding
If the stable is clean and empty, put down sufficient Hemcore to provide the depth of bed you require (8 - 10 bales for a 12'x12' stable) and spread evenly over the floor, banking up sides if required.
Once all the bedding is down, sprinkle 5 litres (1 gallon) of water for every bale used. Leave to settle to allow the water time to activate the bed (at least a few hours).
If a stable has an existing bed of shavings or chopped straw (or similar) there is no need to remove this completely before starting a Hemcore bed. Just muck out as normal, but gradually move existing bed towards the centre and add Hemcore round the sides over a period of time. (There is no need to add water using this method).
From then on, disturb the bed as little as possible, removing droppings regularly and wet patches occasionally. Top up as required. (There is no need to add further water after the initial watering).
Because less Hemcore is used, there will be less bedding removed from the stable, making a smaller muck heap which will rot down more quickly than shavings. It then makes a useful compost or mulch for the garden.
Hemcore is unpalatable to virtually all horses, but if the bedding is seen to be eaten, sprinkle it with a weak solution of a safe disinfectant to discourage the habit and when adding new bedding mix it in with the old. As with other bedding materials, persistent bed eating can cause colic, gastro-intestinal disorders or an allergic reaction. In these cases please consult a vet.
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View the product on hemcore.co.uk
Hemcore Limited
AUTOTHANE™ MICROCELLULAR POLYURETHANE SYSTEM
AUTOTHANE™
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AUTOTHANE™ is a high performance microcellular polyurethane system based on hybrid polyols and MDI technology from Dow Hyperlast. It has been specifically developed for impact, shock and vibration management in automotive applications.
AUTOTHANE™ offers OEM and Tier 1 design engineers high performance solutions to technical problems in suspension design, performance and vibration control. The AUTOTHANE™ system offers:
• High tensile and tear strength
• Low temperature flexibility (Tg of -63°C)
• High resistance to repeated compression
• Progressive load deflection characteristics
AUTOTHANE™
• Easy to process
• Cost effective
• Offers a short in-mould time
• Is designed for high-quality, high-volume automated moulding processes
• Conforms to current automotive specifications for high-stress components
• Has over 12 years history of service on vehicles
The majority closed cell structure and integral skin gives components moulded in AUTOTHANE™:
• High abrasion resistance
• Excellent hydrolytic stability
• Resistance to microbial degredation
• Improved damping characteristics
• Longevity of on vehicle performance
These properties make AUTOTHANE™ components ideal for use in numerous automotive chassis, suspension and NVH (Noise, Vibration and Harshness) applications:
• Spring Aids in McPherson Strut type designs on cars, trucks, vans, SUV’s, motorcycles and snow mobiles.
• Bump stops in Leaf Spring suspension designs
• Suspension top mounts
• Suspension spring seats
• Body and cab mounts
• Seat damping
• Bush stiffeners
• Vibration Isolating washers and bushes
For many years, design engineers have been making use of the unique mechanical and dynamic properties of high density microcellular polyurethane elastomers. When used in suspension systems or vibration isolation applications, these materials are known to improve a vehicles handling, comfort and ride quality. The AUTOTHANE™ microcellular
polyurethane technology combines these benefits to meet engineers needs in NVH applications.
TECHNICAL SUPPORT
The AUTOTHANE™ team at Dow Hyperlast and its manufacturing licensees aim to meet customer specific needs in terms of both performance and cost. Highly qualified design engineers, technical and production personnel and the range of services offered, is comprehensive.
• Product design
• Prototyping
• Component characterisation, durability testing and validation
• Application technical service
• Ongoing technical support to both licensees and customers
From basic product requirements and specifications supplied by the customer, we can produce component designs to meet all the functional demands of a product. Our service carries on through to expert advice on processing and component manufacture worldwide through our existing licensees in Europe, North America, China, Malaysia, Korea, Russia and India and plans to expand this network to Japan, South America and the Middle East are well underway.
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View the product on hyperlast.com
Dow Hyperlast Ltd.
