Selection of 40 products among
177
KANE 250 COMBUSTION METER KIT
The KANE 250's unique rotary switch makes it simple and quick to use. Features include O2, CO, CO2, CO/CO2 ratio and efficiency readings, multi fuel, professional quality sensors (CO reading to
1ppm), detachable flue probe, real time clock, infra-red output to printer, rubber sleeve with integral magnet and designed to meet BS EN 50379 : 2004.
The KANE 250 kit comes supplied with flue probe, rubber sleeve with integral magnet, printer, 4 x NiMH rechargeable batteries, battery charger, instruction manual and soft carrying case. Click Here for full specification
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View the product on bes.ltd.uk
BES Limited
ELECTRICAL AIRLESS DIAPHRAGM INJECTION PUMP - IP 1C-210-E
• field of application
• advantages
• description
• application
Although ideally saited for polyurethane resins, the IP 1C-210-E also fulfils
all the requirements to be used with premixed
2-component grouts and
epoxy resins with a longer pot life.
• High working speed.
• Strong and handy with very easy maintenance.
• Can work with hoses up to 100 metre long.
• High injection pressures possible.
• Comfortable undercarriage.
• Ideal for the processing of polyurethane resins, even those with very short
open times.
• Electrical motor is H-class, meaning maximum quality and safety.
• Can work in harsh conditions and at very high temperatures.
• An automatic system stops the pump when exceeding the electrical safety
limits.
• The head blocks are in aluminium with hard nickel treatment.
• Valves are in tungsten carbide.
• Motor is explosion-proof.
The IP 1C-210-E is a medium power electrical airless diaphragm pump for
the injection of 1-component polyurethane resins such as the Tacss and HA
series. The pump can deliver up to 210 bars.
Before starting to use the injection pump, it is necessary to read and understand
the health and safety instructions. Before the first start-up of the
IP 1C-210-E pump, the information below, relating to resin injections, must
be studied carefully.
• Assemble bleed hose and suction hose at the appropriate points.
• Connect high pressure hose.
• Check if the master switch is in the O position (off position).
• Pour Washing Agent Eco in the hopper before switching on the pump.
Never let the pump run dry.
• Set the pressure regulator at minimal pressure.
• Switch the master switch to the 1 position (on position).
• Washing Agent Eco is now circulated through the system to dry and lubricate
the pump. Let the pump circulate for 2 to 3 minutes in with the
bypass open and minimal pressure.
Electrical airless diaphragm injection pump for 1-component polyurethane resins.
• Close the bypass and open the valve of the discharge hose.
• Allow all Washing Agent Eco to flow out of the pump.
• Switch the pump off.
• Pour the prepared resin into the hopper.
• Set the pressure regulator at minimal pressure.
• Switch the master switch to the 1 position (on position).
• Pump all remaining Washing Agent Eco into a disposal container until
pure resins flows out of the pump.
• Connect the pressure hose to the packer and open the ball valve.
• Start injecting at the lowest possible pressure.
• When ,necessary, slowly increase the injection pressure with the pressure
regulator until the resin starts to flow smoothly.
• When the injection is finished, lower the pressure with the pressure regulator
and close the ball valve.
• Pump all remaining resin out of the pump.
• Fill the hopper with Washing Agent Eco and flush the pump.
• Empty the pump.
• Fill the hopper with clean Washing Agent Eco and circulate at minimal
pressure for 10 to 20 minutes.
• Empty the pump.
• Switch the pump off.
• Strip the inlet and outlet valve to check the cleaning. Clean the valves with
a tear-free rag drenched with Washing Agent ECO.
• If the pump will not be used for a long period, it is recommended to
slightly oil the pump.
• Do not utilize pump in closed area with solvent-based products. Use it
only wih water-soluble products.
• technical data/properties
Property Value
Motor Type Electric single phase
Power 2 HP
Voltage 230 Volts/50 Hz
Working pressure 0-210 bars
Maximum pressure 220 bar
Maximum Delivery 4,5 litre/ minute at 140 bar
Dimension W 50 cm x D 85 cm x H 88 cm
Pump weight 41 kg
• appearance
The IP 1C-210-E pump is delivered in black and yellow colours on a carriage
with a high-pressure injection hose of 3 metres. The head blocks are
in aluminium with hard nickel treatment. Valves are in tungsten carbide.
The pump has a standard reservoir of 5 litres. A 20 litres reservoir can be
mounted on demand.
• packaging
The IP 1C-210-E pump does not have special packaging.
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View the product on deneef.eu
De Neef UK Ltd
COMPACT SELF-PROPELLED MACHINE - C-10+
This compact self-propelled machine brings the revolutionary features of the Extec C-12+ to the smaller quarry or demolition site where operating space is limited, yet high performance required. Of
most sturdy construction, its power management, coupled with unique jaw design, makes it an icon for this category of crusher.
The following are among the features that set it apart:
Fully adjustable hydraulically controlled jaw.
Diesel hydraulic power with CAT engine – 215 hp. Model No: C6.6
Tremendous power and speed of crushing with Spectacular reduction in product size.
Vibrating feeder automatically controls the flow of material to the crusher.
Reverse crushing action to relieve blockage.
Fast track facility clears machine of tangled re-bar eliminating down time so prevalent in conventional crushers.
Complete machine rises hydraulically to facilitate cleaning and servicing.
Self-propelled on site yet travels on road without ancillary transport.
Vogel automated jaw grease system.
SKF – Sealed for life bearings.
Mild steel liners in hopper and feeder base as standard.
Web & Flange Chassis.
Increased capacity diesel tank at rear of machine.
Improved main & side conveyor chute.
Upgraded Electronics.
Smooth and even tracking action.
Applications include:
Rock Crushing in quarries and construction sites.
Concrete Crushing and asphalt crushing in recycling yards or demolition sites.
Asphalt Crushing.
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View the product on extecscreens.com
EXTEC
FRAME-TRANSFER CCD - FT18M 1 MP
1 Megapixel at up to 30 frames per second in a single-tap 2/3" format--and still with the unmatched image quality that comes from remarkably low noise and high dynamic range
Features
2/3-inch
optical format (7.5 µm square pixels)
1 million active pixels (1024 H x 1024 V)
Progressive scan
Excellent anti-blooming
Variable electronic shuttering
Square pixel structure
Hor. and Vert. binning
100 % optical fill factor
High dynamic range (> 60 dB)
High sensitivity
Low dark current and fixed pattern noise
Low read-out noise
Data rate up to 40 MHz
Mirrored output option (60 fps)
RoHS-compliant
Description
A monochrome progressive-scan frame-transfer image sensor, the FT18 offers 1k x 1k pixels at 30 frames per second through a single output buffer. The combination of high speed and a high linear dynamic range (> 10 true bits at room temperature without cooling) makes this device the perfect solution for high-end real-time medical X-ray, scientific and industrial applications. A second output can be used for mirrored images.
FT18M Specifications
Specification Value
Resolution: 1024(H) x 1024(V), 1048576 pixels
Pixel Size: 7.5 µm x 7.5 µm
Active Area: 7.7 mm x 7.7 mm
Dynamic Range: >60 dB linear
# Outputs: 1
Max. Frame Rate: 30 fps
Total Data Rate: 40 MHz
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View the product on dalsa.com
Dalsa
BULK FILL GROUTING
With the wide variety of coal mining methods and extraction patterns developed in Britain now in various states of deterioration or collapse, careful consideration needs to be given to the most
appropriate method of treatment.
Consolidation grouting is generally the preferred approach. The key to success in grouting such sites is a detailed understanding of the mining and geological conditions, and the experience to interpret the available information.
Applications
The workings may be single or multi-seam, horizontal or inclined. In their present state they may be open or collapsed, dry or waterlogged, or underlying unconsolidated deposits or fractured rock strata as a result of partial subsidence.There might also be old mine shafts present that are often now hidden. They could be empty, backfilled completely from the bottom, or the infill may be supported on a natural construction or platform at a shallower depth.
Each condition requires a particular approach to the method of grouting.
Keller Ground Engineering offer a full grouting design and construct service to meet all these variations.
Grout Types
Bulk filling generally uses a cement/PFA mix to suit site conditions with compressive strengths in the order of 1.0N/mm2.
The mixes may include Sand and Bentonite etc. as required. Gravel is introduced to fill major voids and/or to form containment barriers.
Method
Bulk infill grouting is normally carried out from primary grout injection holes on a square grid with secondary and tertiary holes as required.
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View the product on keller-ge.co.uk
Keller
DYWI ® DRILL SYSTEM
DYWI ® Drill System
System DescriptionThe DYWI ® Drill System is a fully threaded steel bar which can be drilled and grouted into loose or collapsing soils without a casing. The bar features a
hollow bore for simultaneous drilling and grouting and a left-hand rope thread for connection to standard drill tooling.
Manufactured from heavy wall steel tubing to EN 10083-1, DYWI ® Drill Hollow Bar is cold rolled to form a standard rope thread profile (R25-R51). The rolling process refines the grain structure of the steel, increasing the yield strength and producing a durable drill rod suitable for a range of applications.
DSI Injection Anchors can be installed into a variety of different soils and ground conditions ranging from sand and gravel to inconsistent fill, boulders, rubble and weathered rock, as well as through footings and base slabs.
Key features of the DYWI ® Drill System are:
Simultaneous Drill and Grout Installation
Combines both operations into a single construction cycle, enabling high rates of production.
Fully Threaded Rod Sections
Continuous thread ensures that rods can be cut and coupled at any point.
No Casing Required
Can be installed into loose or collapsing soils without the need for a temporary casing to support the borehole.
Rotary Percussive Drilling
Enables quick rates of installation, good directional stability and assists in the consolidation of the grout within the borehole.
Rope Thread Profile
Standard ISO rope thread (R25 - R51) produces an excellent bond between the bar and grout, and enables connection to conventional drill tooling.
Self-Drilling Injection Anchor
Suitable for a range of applications, including: Soil Nails, Micro Piles, Ground Anchors for temporary works, Rock Bolts and Spiles.
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View the product on dywidag.co.uk
DYWIDAG SYSTEMS INTERNATIONAL
HEMCORE BIOMAT
What is Hemcore BioMat?
Hemcore BioMat is a completely natural and fully biodegradable hemp fibre fabric for landscaping, tree planting, mulching, erosion control and horticulture.
Mulching and
Tree Planting
BioMat prevents unwanted weed growth by eliminating the light essential for plant growth, and by providing a tough physical barrier. At the same time the fibrous structure of the fabric allows moisture penetration, making it an ideal material for use as a mulch to aid sapling establishment. The rate of deterioration will depend on climate and soil type. The heavy weight and robust nature of BioMat enables it to be used without the need for fixing pins.
Landscaping
BioMat protects soil surfaces from erosion by wind and rain, and therefore has many uses as a geotextiles in landscaping and civil engineering. Hemp fibres have an attractive and natural light brown appearance.
Versatile
The multi-functional, attractive, environmental and easy-to-use properties of BioMat make it an extremely versatile product. As well as being used for landscaping, tree and hedge planting, temporary paths and roads, and embankment stabilisation; BioMat is also used in horticulture as a weed suppressing mulch, as plant pot covers and for lining hanging baskets.
Exceptional Ecological Profile
The hemp fibres are extracted in a factory in Essex from hemp straw grown exclusively for Hemcore on British farms. The hemp is grown without the use of herbicides or pesticides and the fibres are extracted in a clean, chemical free and waste free process.
Products
Landscaping Rolls: 1m × 25m & 2m × 25m
Tree Mats: 1m × 1m & ½m × ½m (slit to the centre)
Pot-tops: 12cm - 16cm - 18cm - 20cm - 22cm (to suit round pots from 1 litre up to 5 litres)
Specification
Fabric: Hemp fibre
Construction: Needle-punched nonwoven
Thickness: 5mm
Weight: 800g/m2
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View the product on hemcore.co.uk
Hemcore Limited
SEL RAINWATER HARVESTING SYSTEMS
The concept of capturing rainwater and storing it for later use is well documented from pre-Roman times across all the major continents. Until recently, in industrialised countries, the practice had
largely died away with the introduction of reliable mains supplied water. With the ever-growing demand for water (and subsequent increases in cost), and the known adverse impacts this can have on local environments, the UK market demand for rainwater recycling systems is on the increase.
Rainwater Harvesting solutions can now be offered as part of the Althon SUDS range.
SEL Permavoid® units are high strength highly voided (95%) polypropylene structures which are designed to replace sub-base. The inherent strength of the SEL Permavoid® units allows shallow installation so a harvesting tank can be sited almost anywhere i.e. beneath car parking areas, under roads etc. The flexibility of the system allows the tank to be constructed to any shape or size therefore allowing it to avoid any buried services, building foundations etc. The flexibility and robustness of the system also makes it ideal for retrofit.
Collected rainwater can be stored in a standalone attenuation tank constructed from SEL Permavoid® units encapsulated in an impermeable fully welded membrane. Alternatively tanks can be linked to the SEL Source Control System.
Storage capacity would be calculated for individual requirements. Typically the storage requirements would range from 10m3 to 80m3.
The tanks are charged via a unique Rainwater Diverter Chamber which provides simple diversion control, filling up the Rainwater Harvesting Tank in preference to the surface water drainage system. Once the Rainwater Harvesting Tank is full, the rainwater is diverted back to the drainage system. To prevent any possibility of back up from the main drainage system into the Rainwater Harvesting Tank an anti–surcharge chamber incorporating a flap valve is placed downstream of the Diverter in accordance with current legislation.
Typically water stored within the Rainwater Harvesting Tank is pumped back into a building from a simple and shallow pump chamber, to a header tank normally situated within the roof space. The water can then be fed by gravity to supply any required facilities i.e. toilets, irrigation for landscaping etc. Please note that back up from the mains water supply must be provided in accordance with current Water Supply Regulations
Providing there is sufficient annual rainfall, reusing water for flushing toilets and landscape watering could account for up to 50% of total water consumption.
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View the product on allpipe.co.uk
Allpipe Ltd
EFERGY ELECTRICITY METER & CO2 MONITOR
Efergy Electricity Meter & CO2 monitor - Rent or Buy! - Free deliveryComparing day to day usage gives the user direct feedback on how daily charges of habit toward energy use can have an effect on
costs, CO2 emissions and power use.
RENT for 1 month or buy outright.
Why buy the Efergy Smart Meter?
- It will enable you to understand where and how energy is being used.
- Indentify areas where you can reduce energy consumption and save money.
- Confirm whether energy saving measures are working.
Additional features.
- Shows instant power use, electricity cost and personal carbon footprint.
- Unique memory storing daily, weekly and monthly data.
- Smart alarm warning the user about over consumption.
The Efergy Meter is a wireless smart electricity meter that helps you track how much energy you use, encouraging a reduction in energy while saving money, because the monitor gives instantly an accurate reading of how much energy you are consuming.
The Efergy Smart Meter is a portable monitor, which you can take from room to room to see at a glance which appliances are devouring the most electricity.
The Efergy Smart Meter was developed to educate people about how much energy they are using, therefore encouraging a reduction in energy usage. Studies have shown that having more information on power use can save up to 25% on your electricity bill
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View the product on britisheco.com
British Eco
STEEL PLATES
The Marcegaglia Ravenna facility hosts Europe's largest steel service center: here, from steel coils, sheets and narrow strips are cut to length, finished and packed for delivery.
The center, with a
yearly output of 1 million tons, is equipped with 4 flattening machines and 9 slitters capable of working up to a length of 2000 mm and a thickness from 0.25 to 15 mm.
The distribution of black, pickled, bright, galvanized, striped and buckle steel plates is co-ordinated by the sheets division.
Marcegaglia heavy plates division is dedicated to the trade of hot rolled plates, manufactured in the plant located in Giorgio di Nogaro (Udine). The production capacity allows thicknesses from 10 up to 180 mm, and a maximum length of 2700 mm
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View the product on eletca.it
Elet.ca Groupe - Marcegaglia
