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The self-adhesive technique provides faborable solutions for surfaces requiring protection while manufacturing, storing and transporting products made of glass, metal
and plastic materials.
VITO distance/shipping pads serve as antiskid and anti-scratch spacing devices and simultaneously, as shock absorbers. Therefore, they essentially contribute to the reduction of costs as well as to the minimization of transport damage.
The specific properties relating to applicability, inherent in the base materials - cork, self-adherent foam and cellular rubber - permit to effect extensive utilization in many fields;
they are particularly suitable for the necessary storage and transport of insulating glass or ready-glazed window and door elements consisting of metal and plastic materials.
VITO distance/shipping pads manufactured and achieved in a rational way and adapted to requirements of their processing, are offered in view of the industrial utilization.
VITOCORK "SOF" is also available as cork tape and bobbin/spool/coil conforming to requirements of the automatic processing.
Adequate choice of the distance pad type and of the thickness can enable to meet different conditions and demands (from 2 mm thickness to 6 mm). Please contact us.
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Supporting materials consisting of polyethylene, vinyl, polyurethane, cellular rubber, metal films and cork can be processed and punched with extraordinary close tolerances.
The production of extraordinarily punched pieces and die-cut shapes is conducted by rotational and elevation punching automation facilities.The punched pieces are available in non-adhesive, one-side and double-side self-adhesive versions and are deliverable in accordance with special demands and types of applicability such as, for example, individually punched pieces, punched pieces automatically aligned on roll with and without protective covering.
If desired, the punched pieces are equipped with a handling tongue or an additional excess length in order to permit improved application. |
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Series 22: Non-marking grey rubber wheels, hardness 80 Shore A, polypropylene centre. Standard duty (NL) and stainless steel standard duty (NLX) castors. Diameter: 80-200 mm, Carrying capacity: 65-225 daN
Series 23: Non-marking grey rubber wheels, hardness 80 Shore A, centre made of two riveted galvanized pressed steel discs. Standard duty castors (NL). Diameter: 80-200 mm, Carrying capacity: 65-230 daN
Series 52: Standard rubber wheels, hardness 83 Shore A, polypropylene centre. Standard duty castors (NL). Diameter: 80-250 mm, Carrying capacity: 65-300 daN
Series 53: Standard rubber wheels, hardness 83 Shore A, centre made of two riveted galvanized pressed steel discs. Standard duty castors (NL). Diameter: 80-280 mm, Carrying capacity: 65-390 daN
Series 71: Grey non-marking thermoplastic rubber wheels, hardness +85 /- 4 Shore A, polypropylene centre. Standard duty castors (NL) and stainless steel standard duty (NLX) brakets. Diameter: 80-200 mm, Carrying capacity: 70-225 daN |
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3" Union for Rubber and Plastic Application
- monoflow and duoflow design
- self-supported rotating union
- radial housing connection
- balanced mechanical seal
- seal combination:
Carbon Graphite/Tungsten Carbide
- full-media flow
- easy and quick replacement of sealing components
(rotor seal, floating seal)
- vented housing
- cast iron housing
- steel rotor |
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| Twaron, Technora and Teijinconex fibers are excellently suited for reinforcing mechanical rubber goods, such as hoses, transmission belts, and conveyor belts. Every application makes its specific demands on reinforcing materials. |
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Handling attachment for natural rubber. Indicated for the movement of parts having a very rough surface.
Vacuum generation by electric vane pump.
Max capacity 140 kg.
Accessories: quick disconnection for suction pads, angular adaptor, flexible extended manouvre handle, etc.
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The assembly line distinguishing feature:
Made up of Single Screw Extruder or Double Conical Screw Extruder and theirs corresponding auxiliary devices.
Used to produce different uses plastic granules such as PVC and PE and so on.
The manufacturing plastic pellets are even, dense and beautiful.
The molding and blend effect of main machine is uniform in this unit, and structure is tight.
The wind sending & gathering and vibration separate type cool system of assistance |
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SWP series plastics crushers are primarily used to break up every kind of thermoplastic and rubber, such as plastics profile material, tube, stick, silk thread, film, discard old rubber product. The granule provides the extrusion and injection directly.
Type SWP-450 plastics crusher is ideal equipments that recover large type profile and tube material, it characterized by big crushing ability, high yield and stable work function. Automatic absorber increases the automation degree of this machine.
The type SWP-630 plastics crusher is a kind of special equipment used to break large plastics hollowness container, big piece materials in die, plate material |
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... see all the products in the category
Grinders
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| ... products without technical information |
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ParameterF
Model
XLB-D(Q)400~400
XLB-D(Q)600~600
XLB-D(Q)600~600
XLB-D(Q) 750~850
Nominal mold clamping force MN
500
1000
1600
1600
Plunger stroke mm
400~400
600~600
600~600
750~850
Space between hot plates mm
125
125
125
125
Working layers of hot plates
2
2
2
2
Overall dimension: Length x Width x Height mm
250
250
250
250
Main motor power kw
1.5
2.2
3
5.5
Unit area pressure of hot plate Mpa
9
14.4
14.4
28.8
Plunger stroke(mm)
970~670~1450
1360~900~1780
1360~900~1780
1760~1100~1760
Machine weight kg
1140
2500
3000
4000
ParameterF
Technical parameters Model
XLB350~350~2
XLB400~400~2
XLB600~600~2/4
XLB750~850~4
XLB900~900~2
Nominal mold clamping force MN
0.55
0.00
1.00
1.00
2.5
Space between hot plates mm
125
125
125
125
200
Working layers of hot plates
2
2
2/4
4
2
Unit area pressure of hot plate Mpa
2.44
3.33
2.78
2.11
3.09
Plunger stroke mm
250
250
250/500
500
400
Heating mode
Electric
Electric
Electric
Electric
Electric
Main motor power kw
2.2
2.2
2.2
3
4
Overall dimension: Length x Width x Height mm
1200~580~1200
1400~500~1400
1880~820~1680~2150
1730~930~2460
2345~960~1385
Machine weight kg
1200
1500
2500/3100
7500
6500
Structural form
Post type
Post type
Post type
Frame type |
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Presses
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This unit is developed on the well-developed technique base, chiefly to be used for dry before the engineering plastics process such as ABS and polycarbonate, and be used for material rationing, blending, coloring and dry of different resin and PE, PP and PVC.
The unit unites the technology of hot and cold mixing together, and the material completing the hot mixing to go into cooling mixing automatically to cause cooling, and remove remains gas, and may guard against agglomerates.
Parameter Item
SRL-Z200/500A
SRL-Z300/600A
SRL-Z500/1000A
Total Volume(L)
200/500
300/600
500/1000
Valid volume(L)
150/320
225/380
375/640
Rotates speed of stirring blade(r/min)
480/970/130
475/950/130
500/1000/100
Heat and cooling mode
Electricity/self-friction/water coolinng
Mixing time
6-10
6-10
6-10
Cooling time
10-15
10-15
10-15
Outline dimensions(mm)
458022402470
472525502643
410028002900
Weight(kg)
3400
4000
5400 |
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THE MATERIAL
Butyl: The polymer butyl (IIR - isobutylene isoprene - rubber) is an elastomer with a small number of double bonds, produced through co-polymerisation of isobutylene and isoprene.
EPDM: The polymer EPDM, ethylene-propylene rubber, is produced through co-polymerisation of ethylene, propylene and diene monomer, producing a polymer made up of saturated linear macromolecules with a paraffinic structure.
In addition to the base polymer, both EPDM and Butyl contain reinforcing carbon black, fillers, process chemicals, antioxidants and vulcanising agents. After mixing the ingredients into a homogenous plastic compound, two layers of the rubber are rolled out in a calender to form a double sheet. Vulcanisation is then carried out. The long rubber molecules in the material are cross-linked through heat and pressure, creating an elastic membrane.
RESISTANT TO THE ENVIRONMENT
The vulcanisation process means that the material differs from all thermoplastic products, in that its properties are not affected by varying temperatures. The product is chemically stable and always returns to its original dimensions after stretching.
The cross-linked molecular structure gives EPDM and Butyl rubber their unique properties. Ageing or changes in characteristics are negligible despite decades of exposure to the atmosphere, sunlight, UV radiation, chemical fallout, water or major temperature fluctuations.
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| Power transmission belts are used in order to deliver power to machines set up with pulleys installed on the pivots and are also widely used in a whole range of areas, including machine industries, heavy industries, light industries, vehicles, home appliances and office equipment. |
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Belts
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THE MATERIAL
Butyl: The polymer butyl (IIR - isobutylene isoprene - rubber) is an elastomer with a small number of double bonds, produced through co-polymerisation of isobutylene and isoprene.
EPDM: The polymer EPDM, ethylene-propylene rubber, is produced through co-polymerisation of ethylene, propylene and diene monomer, producing a polymer made up of saturated linear macromolecules with a paraffinic structure.
In addition to the base polymer, both EPDM and Butyl contain reinforcing carbon black, fillers, process chemicals, antioxidants and vulcanising agents. After mixing the ingredients into a homogenous plastic compound, two layers of the rubber are rolled out in a calender to form a double sheet. Vulcanisation is then carried out. The long rubber molecules in the material are cross-linked through heat and pressure, creating an elastic membrane.
RESISTANT TO THE ENVIRONMENT
The vulcanisation process means that the material differs from all thermoplastic products, in that its properties are not affected by varying temperatures. The product is chemically stable and always returns to its original dimensions after stretching.
The cross-linked molecular structure gives EPDM and Butyl rubber their unique properties. Ageing or changes in characteristics are negligible despite decades of exposure to the atmosphere, sunlight, UV radiation, chemical fallout, water or major temperature fluctuations.
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