|
|
Sol-Vex®
High-comfort, chemically resistant glove for range of applications.
Available in a wide selection of lengths, thicknesses, sizes and linings, the Ansell Sol-Vex® nitrile glove is designed to deliver optimal results in wet or dry work environments where chemical resistance is crucial. Fully reusable, with an unequaled abrasion resistance and offering mechanical protection, it provides superb comfort for the wearer. Sol-Vex® nitrile gloves are the ideal choice for safe handling in a wide range of work environments where harsh chemicals are present.
|
|
SEMPERSOFT COMFORT
•Latex-free chemical-resistant protective glove free of accelerators
•High softness factor due to innovative new vinyl formula
•Excellent resistance to aggressive chemicals
•Particularly comfortable to wear due to new viscose lining
•Ideal solution for people with natural latex allergy – dermatologically tested and recommended
•Blue colour for use with foods – tested in accordance with 1935/2004/EEC
•Good grip through structured surface
•CE Category III
Applications:
Handling of chemicals, Industrial safety, Cleaning, Household, Janitorial work, Food processing of chemicals, Industrial safety, Cleaning, Household.
|
|
|
|
|
|
Sol-Vex®
Unsupported, Premium-Quality, Nitrile
Sol-Vex gloves are made of a high-performance nitrile compound which provides an outstanding combination of strength and chemical resistance. When exposed to aromatic and petroleum solvents, as well as caustics and animal fats, Sol-Vex gloves have proven to be a superior choice over rubber or neoprene. Sol-Vex gloves won’t swell, weaken, or degrade, and they offer better protection against snags, punctures, abrasions, and cuts. And, as added benefits, Sol-Vex gloves do not promote contact dermatitis, and their component materials comply with FDA regulations for food contact.
Applications
Chemical processing, oil refining, petrochemicals • Food processing (red meat, poultry, vegetables, fruit, dairy, and canning) • Aerospace and automotive degreasing • Automotive assembly and painting • Machining operations using cutting oil and coolants, metal fabrication • Graphic arts, printing cleanup • Furniture manufacturing • Electronics (semiconductors, circuit board manufacturing).
|
|
Snorkel®
PVC-Coated, Premium Quality
One of our premium gloves, Snorkel features a unique PVC rough finish which provides outstanding chemical resistance, wear, and flexibility. The finish contains nylon particles that increase the glove’s cut/abrasion resistance and wet grip capabilities, while the PVC compound provides greater flexibility and comfort. Choose between an interlock knit lining for increased flexibility and launderability or a jersey lining for cushioning and moderate insulation.
Applications
Petrochemicals and refining • Handling equipment and abrasive materials coated with acids, caustics, solvents, grease, and oil.
|
|
|
Best® Viton® rubber provides superior resistance to highly corrosive acids and is excellent for handling ketones and esters. This synthetic rubber also provides the highest permeation resistance to gases and water vapors of any protective material used to make gloves. It does not offer the physical strength of Natural Rubber. Viton® provides the ultimate combination of protection and dexterity. We use only the finest quality butyl rubber in the production our Best® Viton® gloves.
|
|
| ... products without technical information |
| |
Materials
Wetted parts AISI 316 Bearings SiC Bracket WCB Special alloy: Hastelloy, Incoloy, Titanium
Technical Data : Flow Rates up to 1000m3/h Total Delivery Heads Up to 220m Temperature from -150° to a 450°C Pressure Rating Up to PN 100
Construction
Horizontal Centrifugal Pump Permanent Magnet Drive system Separation of liquid chamber/atmosphere by means of an isolation shell Synchronous drive transmitted by inner magnet and outer magnet system Sintered Silicon Carbide Bearings Bearing Frame and Close coupled execution
Applications
Pumping acids, hydrocarbon, diathermic oils, liquid gases, dangerous fluids, explosive, toxic.
Further material available if request
Various materials from the standard special Constructions
|
|
Materials
Part in contact with liquid PP / PVDF Shaft / Bearings Al2O3 / PTFE Bracket WCB
Pumping acids, hydrocarbon, liquid gases, dangerous fluids, explosive, toxic.
Technical Data : Flow Rates up to a 15m3/h Total delivery heads up to 70m Temperature Ratings up to 90°C Pressure rating up to PN 10
Construction
Horizontal plastic peripheral Pump for general application Permanent Magnet Drive system Separation of liquid chamber/atmosphere by means of an isolation shell Synchronous drive transmitted by inner magnet and outer magnet system Alumina ultra pure 99,7% shaft, PTFEC Brgs Close Coupled execution
Applications
Further material available if request
Various materials from the standard special Constructions
|
|
|
Magnetic drive chemical pump type MNK/F, heavy duty design, plain bearings made of SSiC/SAFEGLIDE ® PLUS, eddy-current-free double can of CFRP/PTFE, magnetic coupling, permanent magnets of SmCo and NdFeB, impeller closed with back vanes, bare-shaft, nuts and bolts made of stainless steel, high-quality epoxy coating, inclusive test run, housing material: ductile cast iron EN-JS 1049 acc. to DIN EN 1563 (0.7043 DIN 1693), technical specification to ISO 15783 and DIN ISO 5199, dimensions to DIN EN 22858 / ISO 2858, flanges to DIN EN 1092-2, ISO 7005-2, housing end pressure PN 16
|
|
Pumped Liquid
Aggressive fluids, full desalinated water etc.
Main Fields Of Application
Process engineering and chemical industry, marine and offshore engineering (sea water desalination, chemical tanker)
|
|
MXM Series pumps offer the best combination of durability, safety and performance for a wide range of chemical process applications..
With proven dry run capability and our unique self-radiating bearing lubrication circuit, (patent pending) the MXM is able to withstand process-upset conditions. Close-coupled back pull-out design with individually replaceable internal parts maximizes ease of maintenance, while minimizing operating costs.
Utilizing the best materials for corrosion resistance and product integirty, the MXM features carbon fiber reinforced precision molded liquid contact parts with options of alumina ceramic, carbon or silicon carbide for bearings, shafts and thrust surfaces.
|
|
|
|
|
|
General
Magnetic coupled DICKOW-Pumps of the series PRM according to API 685 are heavy duty sealless pumps. The containment shell forms a closed system to separate the pumped liquid from the atmosphere by confined gaskets.
The equipment (including auxiliaries) is designed and constructed for a minimum service life of 20 years (excluding normal wear parts) and an uninterrupted operation of at least 3 years.
Applications
Magnetic coupled PRM-pumps improve plant and personnel safety and reduce maintenance costs, because 90% of these costs are caused by leaking seals. The PRM-pumps will handle nearly all kinds of liquids in the chemical and petrochemical industry, in refineries and industrial heating plants. Especially liquids which are toxic, flammable, bad smelling or which react on contact with the atmosphere, that means if no leakage is acceptable. For all these services, the containment shell replaces the double acting mechanical seal with its external flushing system and the related control equipment.
|
|
| ... products without technical information |
| |
|
|
|
|
The FEM diaphragm dosing pump has been specially developed
in order to accurately dose small quantities of liquid over a long
period of time whereby two of its most distinctive features are its
compact size and robustness (pump and electronics). The FEM
pump and electronics makes a complete dosing system which
is suitable for both simple as well as complex applications. With
the functions „quasi continuous flow“ and „batch dispensing“ the
FEM diaphragm pump differentiates itself from pumps based on
alternative technologies eg. piston, gear, syringe and peristaltic
pumps. Other interesting features are its high reliability, a
favourable purchasing price and low maintenance costs.
KNF has developed a specially programmed electronic control
module so that the integrated solenoid valve and the movements
of the diaphragm are exactly synchronised. This results in an
exact dosing which is gentle and low in pulsation. In addition
to these unique pump characteristics the control module also
allows a wide range of control possibilities to be used eg.
serial interfaces.
The dosing pump is self priming, maintenance free and can
be run dry
|
|
The Series G Metering Pump is designed for high output applications. The drive incorporates a variable eccentic design which ensures smooth output and reduces system shock. The mechanically actuated diaphragm reduces the possibility of hydraulic oil contamination of process liquid which makes this an ideal pump for water treatment applications. DC variable speed drives are available for external control and automation.
The SD & SG metering pumps offer a high level of reliability with outstanding value for applications up to 175 psi (12 Bar).
|
|
|
Maintaining the same size footprint of previous models, the sleek new pump offers a number of product enhancements to provide longer life and product convenience, while the physical design signifies supreme quality. The newly redesigned housing improves the drive’s heat transfer properties, as it generates heat farther away from the electronic components to maintain the long-term integrity of the PC Board. Electrical connector attachments have been repositioned to the front of the pump for easy access. With a new clear cover the face of the pump is shielded from exposure to corrosive substances yet lifts easily for convenient access, allowing operators to view dial settings for fine-tuning output. In addition, the pump and liquid end mounting geometries have been improved for enhanced connections. For more information please contact LMI Milton Roy
|
|
|
|
|
|
High discharge accuracy
The main components such as the plunger and cylinder are processed with high precision of micron order, so it is possible to obtain high discharge accuracy. (Discharge accuracy : }0.5%) By changing the angle of the pump head it is possible to freely adjust the discharge amount between 0 and maximum discharge.
Excellent corrosion resistance
Materials such as silicon carbide (SiC), fluorocarbon polymers (PTFE) and stainless casting (SCS14) with excellent resistance to corrosion are used for parts that come in contact with the fluid. This makes it possible to use the pumps for handling a wide range of chemicals.
Dispense into a vacuum condition and removal from a high-pressure condition
Since there are no suction and discharge valves, it is possible to directly dispense a constant amount of fluid in a vacuum (negative pressure) without using a solenoid. Constant-volume dispensing is also possible if suction side is pressurized.
Capable of handling slurries and highly viscous fluids
The unique valveless construction and the excellent resistance to wear of SiC, it is possible to handle slurries with fast precipitation speed as well as abrasive slurries. Also, the pumps are capable of smoothly pumping highly viscous fluids up to a maximum viscosity of 20,000 mPa¥s.
Note: The discharge accuracy drops for viscous fluids with a viscosity of 500 mPa¥s or greater. Contact this company for details.
|
|
| ... products without technical information |
| |
|
Motor+fixed relative ratio speed reducer：the driving is easy with cons-tant rotary speed of the rotor，which also leads to nonadjustablity of flow
|
|
Maag Pump Systems Textron builds its gear pumps to a modular design that adapts easily to customers’ requirements and industrial standards.
Housings are available in iron, steel or stainless steel, with or without heating jackets. Bearings, shafts and gears offer a similarly wide choice of materials and configurations.
Five classes of axial clearance and eight classes of radial clearance, coupled with Maag’s expertise in simulation, allow individual pumps to be specified for the highest possible efficiency. A wide choice of seals ensures safety in demanding applications.
|
|
|
|
|
|
Chemical gear pumps GX series
Both high viscosity and low viscosity liquids can be handled
When a low-viscosity liquid is handled by a conventional gear pump, "jamming" and "seizing" tend to occur. SiC ceramic gears do not have this problem even when the pump functions at a high speed. Silicon nitride ceramic gears show stable performance in handling high viscous liquids, due to their strength and toughness.
Ability to handle fine slurries
Now that gears and other sliding components including bearings are made of ceramic, the handling of fine slurries hard and soft will not impair the longevity of these pumps. Performance has been noticeably improved. Ceramic gears make it possible to reduce spaces between parts, therefore out performing conventional metal gear models.
Quiet liquid transfer with less pulsation
Without the pulsation that is common to reciprocating pump and general use type gear pumps, liquid is transferred quietly and smoothly no agitating or foaming.
High self-priming ability
Because the suction port is at the top of the pump, the pump chamber remains full when pump stops working. Self-priming is enhanced at re-start.
Constant flow injection
Regardless of the temperature change, viscous liquid can be handled at accurate flow rate, which can not do with other pumps. As the output is linearly related to rpm, the flow rate is easily controlled by changing speed.
|
|
| ... products without technical information |
| |
|
|
see the results for the following category : 
