Selection of 40 products among
49
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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De Neef UK Ltd
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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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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Allpipe Ltd
ELECTRICAL AIRLESS PISTON INJECTION PUMP - IP 1C-225-E
Electrical airless piston injection pump for 1-component polyurethane resins equipped with a digital pressure/flow
display.
• field of application
• Injection of 1-C polyurethane resins for
waterproofing injections in cracks
and joints.
• Injection of epoxy resins for structural injections.
• Injection of slow reacting 2-C resins.
• Injection of preventative injection tubes.
• advantages
• High efficiency.
• High performance pump allows high pressure injections.
• Compact form for ease of transportation.
• Lightweight.
• Digital read out with memory function for pressure and flow.
• Watch Dog program prevents pump from running dry.
• Easy maintenance.
• description
The IP 1C-225-E is a medium power electrical airless piston pump for the
injection of polyurethane or epoxy resins such as the Tacss, HA, Elastopack
and Denepox series. The pump can deliver up to 225 bars.
• application
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-225-E pump, the information below, relating to resin injections, must be
studied carefully. Consult the manual before start up of the pump.
• Fill throat packing nut with separation oil to prevent premature packing
wear. Do this each time you inject.
• Assemble bleed hose and high pressure hose suction hose at the appropriate
points.
• 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. The Watch Dog pump security system can be
engaged to prevent dry running of the pump. Please refer to the manual
for activation.
• For the use of the digital read out, please refer to the manual with the
pump.
The digital read out allows the following data to be displayed and stored
Pump pressure : 4-225 bars (Can be displayed in psi).
Job consumption :Displayed in l for pressure higher than 70 bars
(can be changed to gallons).
• 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.
• 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 circulate
rape oil through the pump and fill the piston and high pressure hose
to keep the pump dry and lubricated.
• Do not utilize pump in closed area with solvent-based products.
• technical data/properties
Property Value
Motor type DC TEFC single phase
Power 0,65 kW
Voltage 220V single phase
Generator power requirements 3 kW
Operational pressure 210 bars
Maximum pressure 225 bars
Maximum flow rate 1,2 l/min
Dimensions L 64 x W 34 x H 48 cm
Weight 19 kg
>>>
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De Neef UK Ltd
HEMCORE HEMP FIBRES
Hemcore is a genuine world leader in the production and refining of hemp fibres for a range of modern industrial applications. Hemp fibre is well known for its extraordinary strength properties,
which historically made it the favoured fibre for the production of ropes, sails and apparel. Now, thanks to the combination of high strength and low cost, combined with exceptional green credentials hemp fibre is finding many new uses.
Over the past 16 years Hemcore have supplied fibres to a diverse range of clients, but we focus on the production of two standard fibre specifications for the production of technical nonwovens and fine paper.
Technical Nonwovens
Our fibre for the production of technical nonwovens finds its way into applications such as automotive composites, insulation products and geotextiles. The fibre is designed to suit nonwovens produced on air-formed as well as carded and cross-lapping technology. The fibre is de-dusted, cleaned and any short fibres are removed to help our customers achieve their targets of trouble free processing and also maximise yield and quality. Fibre length and fineness is accurately controlled within our production process.
The fibre is compressed into wire tied bales, each bale weighing 210 kg. We are able to ship 24 tonnes on a standard curtain sided trailer.
Lotus have selected Hemcore Firbres for the new Eco Elise (photo above).
Fine Paper
Hemp fibre is known to produce exceptionally strong and fine paper. Our paper-grade fibre is short (
>>>
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Hemcore Limited
INJECTION PUMP - IP 2C-160-AH
2-component high flow skid mounted 1/1 ratio injection pump for injection of Rockstab polyurethane and Organosol
organo-mineral resins.
• field of application
• Injection of 2-component
polyurethane and organo-mineral resins.
• Tunnel and mining injections.
• 2-component high flow, high pressure injections.
• advantages
• High efficiency.
• High flow rate and injection pressure.
• Pneumatic drive, explosion proof.
• Skid mounted for easy transportation.
• Easy maintenance.
• description
The IP 2C-160-A is a pneumatic 1/1 ratio high performance piston injection
pump for the injection of polyurethane or organo-mineral resins such
as the Rockstab and Organosol series. The pump can deliver up to 160 bars.
The pump is supplied with suction hoses suitable for use with 200 l drums
and 10 m pressure hoses and a 2-component injection head with separate
flush system and static mixer.
• application
• 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-160-A pump, the information below, relating to resin injections, must
be studied carefully. Consult the manual before start up of the pump.
• The IP 2C-160-A is equipped with a 2-component injection head with
check valves for each component, static mixer and separate flush system.
• The skid mounted pump should be installed level and horizontal.
• Assemble the high pressure hose and injection head connections. The Aand
B-components are colour marked and should never be interchanged
to avoid blockage of the pump:
A-component : Blue.
B-component : Red.
• It is recommended to perform a function and pressure test with Separation
Oil before charging the pump with resin.
• Connect the compressed air feed line to the motor.
• Check to see if the product valves on the head are closed.
• Insert the suction hoses into 2 separate containers with Separation Oil.
• Set the pressure at 2 bars and open the compressed air feed.
• Release the red emergency stop to activate.
• Allow the pump to stall against the closed valves.
• Raise the compressed air pressure to 6 bars and check for leaks.
• Release the pressure and let the pump run to deaerate. Check the level of
the containers to assure the correct ratio is maintained.
• Insert the suction hoses into the resin component containers.
• Pump until clear resin comes out of the head.
• Close the product valves in the head. Flush the head.
• The pump is now ready for injection.
• For injection, use the following procedure:
- Connect to the packer.
- Open both product valves simultaneously.
- Pump the required amount of resin.
- Close both product valves simultaneously.
- Disconnect from the packer.
- Move to the next packer and repeat the procedure.
• The flushing system should be connected to a separate and designated
flush pump. Flush is made between shots when the injection time of the
chosen product is exceeded, before prolonged stops and after each days
work as finishing action.
• Intermediate flushing during packer changes or short stand still is performed
using Separation Oil.
• Final cleaning is performed using Washing Agent Eco and Separation Oil.
• For long shut downs it is recommended to empty the pump and flush and
fill it with clean Separation Oil to keep the system dry and lubricated.
• technical data/properties
Property Value
Motor type Pneumatic drive
Maximum air pressure 7 bars
Maximum pump pressure 160 bars
Maximum flow rate 18 l/min
Dimensions L 112 x W 41 x H 43 cm
Weight 85 kg
• appearance
The IP 2C-160-A pump is a blue skid mounted pump in a grey frame complete
with hoses and injection head.
• packaging
The IP 2C-160-A pump is supplied on a pallet.
• storage
To ensure proper use and a long working life of the IP 2C-160-A, the pump
must be stored after being cleaned correctly and must be protected against
moisture. No other special storage con ditions apply.
• accessories
To be ordered separately
• Static mixer cartridges.
• Separation Oil.
• Washing Agent ECO.
• Flush pump.
• Packers and connectors.
(Please consult the relevant data sheet).
• health & safety
The operator must know how the equipment works and un derstand clearly
the dangers connected to pressurized liquid pumping. Do not point gun
at anayone or any part of the body. An automatic system stops the pump
when exceeding the safety limits. When you use the pump after a long period
of inac tivity, make sure that all the parts subject to pressure hold and in
good condition. For replacement, use original spare parts. Only authorized
and responsible personnel must operate the unit.
>>>
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De Neef UK Ltd
INJECTION PUMP - IP 2C-200-A
2-component stainless steel air driven injection pump with a separate pump for flushing liquid, mounted in the
same frame for acrylate injections.
• field of application
Specially designed for
Gelacryl acrylate gel injections.
• advantages
• Ideal for the processing of acrylate gels, even those with very short open
times.
• High pressure hoses are colour marked to prevent interchanging.
• Filters at the end of the suction hoses prevent blockage.
• Very small size compared to its performance:
W 50 cm x D 36 cm x H 100 cm.
• Very light system: pump and hoses weigh only 35 kg.
• Stainless steel pump.
• All hoses are manufactured out of non-static Teflon.
• No mixing errors possible due to 1:1 ratio, both pistons are driven by the
same air motor.
• description
The IP 2C-200-A is a 2-component air driven pump enhanced with a separate
flushing pump for cleaning.
The IP 2C-200-A is equipped with only one air motor driving both pistons.
This set-up avoids any mixing ratio errors. The pump delivers a pressure up
to 200 bars.
• application
Please read and understand the health and safety instructions.
The material (component A + component B) is pumped through two pistons,
which are both driven by the same air motor. This results a pumping
ratio of 1:1 to ensure mixing errors do not occur. In the case of acrylate gel injections,
one can use the separate flushing pump (pumping water as flushing
agent) for cleaning the compression head, static mixer and the packer.
Acrylate gels with very short open times (20 – 60 sec) can be processed
without problems.
Before starting, check if the fast couplers on the pump are correctly installed.
• Component 1 : Red on red
• Component 2 : Blue on blue
The interchanging of hoses and couplers can cause cross contamination
and result in the total blockage of pump, hoses and injection head.
• Make sure the pump is level before starting up.
• Fill the sumps on top of the pistons with Separation Oil.
• Connect the compressed air line.
• Insert the aspiration hose with filter of the flushing pump in a bucket with
clean water.
• Insert both component aspiration hoses in separate buckets of clean water.
• Open the compressed air valve and wait for both the material and flushing
pump to stop pumping. The pumps are now working against a closed
valve. No leaks should be observed through the piston seals.
• Open the flushing valves for 1 minute to de-aerate the system.
• Close the flushing valves.
• Open the product valves for 1 minute to de-aerate the system.
• Set the air pressure using the regulator.
• Empty the product pump.
• Put the aspiration hoses for both components into the respective vessel.
Make sure not to switch components.
• Do a cup test to establish gel time and gel quality. In case the gel time is
not correct, adjust the formulations.
• Also check the consistency of the gel.
- Too hard : B-component not correct.
- Too soft : A-component not correct.
• Connect the injection whip to the packer.
• Open the valve at the same time.
• To stop injection, close the valve.
• Flush the head by opening the flushing valves for a short time.
• Flush the head at regular intervals when short gel times are used.
• Close the valves and open the flushing valves. Flush until no more gel is
ejected.
• Before restarting the injection, make sure all flushing valves are closed
and in the correct position.
• Continue the injection
• When all injections are finished, clean the pump thoroughly by flushing
with clean water.
• Regularly inspect the seals and injection head.
• technical data/properties
Property Value
Motor pressure ratio 1:25
Operating pressure 0-200 bars
Mixing ratio 1:1
Flow per double stroke 80 ccm
Max. flow rate 14 l/min.
Effective air consumption 250 l/min.
Compressor requirement 400 l/min x 7 bars
Length of high-pressure hoses 7,5 m
Compression head 3-link system
Dimensions W 50 cm x D 36 cm x H 100 cm
Pump weight 35 kg
>>>
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De Neef UK Ltd
