FEATURES LABORATORY FURNITURE:

Laboratory benches produced in according to  EN-13150: 2001, european standard concerning “Working benches for laboratories: dimensions, safety requirements and test methods”.
Modular and stackable components make the system suitable for every customer need.
Utilities arrangement, supply piping distribution and suspended accessory
installation are just few functions which technical wall can perform. Thanks to modular
elements, it can be designed vertically and horizontally to adapt itself to the most
appropriate laboratory disposition.
The modular system with integrated utilities is designed for a  functional distribution,
easily upgradable and changeable. Technical panels accept any kind of fittings.
“C” frame workstations are extremely steady and they can be loaded up to 200 Kg/m2.
The lack of frontal legs and the ergonomic design ensure the right work positioning.

 
Technical characteristics of structures

 The modular components (benches of support)  are realized in outlined of tubular steel mm 60x40, mm 60x20, with thickness mm 2 conforming to the norms UNI 7947 with employment of rolled material to cold quality FEP 01 superficial aspect MA-RM according to UNI 5866.  

The weldings among the various parts, follow the procedure TIG or to continuous thread.  
The construction in series and the holds tolerances of workmanship allow the interchangeability and the substitution of any component.  
Dusts painting Epossidic to tall resistance.  
Opaque superficial finish with effect rough.  
Grey color of the metallic structures RAL 7001

 

DATA SHEET TEST PAINTING

Surface appearance

 

JUST ROUGH

Color

Gray

RAL 7001

 

Prova

Risultato

Brilliance Gardner

DIN 675330

from 65toa 75 gloss Class 212-213-214

Mechanical Properties

 

Test

Result

Adherence reticulum

DIN 53151

GtO

Hardness

 

3H H-2H

Schoch

ASTM d2794/69

100(60) kg/cm

Erichsen

DIN 53156

8(7) mm

Resistance to solvents

 

Test

Result

Alcool ethyl-butyl

 

No damage

Benzene-toluene-xylene

 

No damage

Tricloret-percloret

 

No damage

Metiletilchetone

 

No damage

Acetone

 

No damage

Resistance to acids and bases

dilute mineral acids (hydrochloric acid, phosphoric acid 10%)

 

No damage

Acetic acid

 

No damage

Idr. Sodium-potassium to 10%

 

No damage

Ammonia-hydr. 10% ammonium

 

No damage


Removable panels
The panels serve to close the compartment contain the lines of feeding. They has fixed with n° 4 grapevines therefore easily detachable for possible maintenances.  
They are realized in plastic laminate fire resistent class 1.
 
Worktop in Monolithic Vitreous Enamel Steel Asepsi-LabSteel
The tops in ceramic are the result of the fusion of glassy material (enamel) on a steel of high quality, rolled to cold. 
Technical characteristics: 
The perfect adherence of I enamel him/it ceramic to the support in steel  confers to this material,besides the inalterability in the time, also the following ownerships: 
- resistance class AA 
- elevated hardness 
- elevated resistance to the abrasion 
- elevated resistance to the bumps 
- elevated resistance to the usury 
 
Duration and resistance to the degradation
Resistance to the chemical agents
Resistance to the corrosion
 
Poliuretano Inside 
Injected to tall pressure, with function of stiffening and no rhombus. 
 
Resistance to the thermal starts 
the chemical ownerships and physics of the steel ceramic Asepsis-LabSteel they don't suffer alterations because of inclusive thermal excursions between a maximum temperature of 450°C and a least of -50°. 
 
Bacterical  
the surface of Asepsis-LabSteel  prevents the growth of the bacterias and other germs contributing to maintain low the number of particles in circulation of the environment. 
 
Igienic 
the surface of the steel ceramic Asepsis-LabSteel, being particularly hard, smooth and deprived of porosity, it doesn't allow the absorption of dusts, fat, urines. 
 
Ability of containment of versed liquids accidentally: 
- plain from cm 120 x 75    6 liters 
- plain from cm 180 x 75    9 liters 
 
Indication for the use 
particularly suitable in the food industry, pharmaceutical and cosmetics, in biochemistry, bacteriology and in the sterile departments, in the laboratories of analysis, histological.

 

Hardness

4-6  Mohs

Resistance to chip

70%  test Porcelain Enamel lnstitut

Resistance to torsion

200°C

Thermoresistance

max 650°C

Resistance photochemical

resist UV

Reflection of dispersion

fino a + 85%

Chemical resistance

resistant to all acids and salts

no resistant  hydrofluoric acid

total reflection

+1- 93%

Extension to break

0.2-0.3%

Softening point

450-550°C

Expansion coefficient

1/K  10X10-6/°C

Resistance to thermal shock

NEM2702 513 K  >240°C

resistance to impact

1 mm d > 20 N

Resistance to fire

Classe 1

Legislation of reference

P.E.I. S-100/65 (UNI 9757)

 

Work top in High Pressure Laminate  Duropal®
Duropal high pressure laminates (HPL) are hard-wearing, versatile, and available in many
attractive designs. In order to get the best use from the product and ensure that its attractive
appearance is retained, please observe the chemical, mechanical and physical properties of
our Duropal high pressure laminates (HPL).
In terms of reaction to fire, protection against formaldehyde emission and surface processing
are concerned, there are some minor differences between Duropal-HPL and Duropal-HPL-Solid.
All other points apply to both high pressure laminates.
 
Built fire retardant wood conglomerate F1 according to DIN 52634, DIN 68763, UNIEN 120/92, Class E1, bending strength DIN 52362, 30 mm, which is often treated with a special antideformante.
Duropal HPL ® coating thickness of 0.8 mm, DIN 52634, resistant to abrasion and impact resistance according to DIN 53799; therefore easy to clean anddecontaminate.
Working front and rear rounded with a radius of 4 mm with technical POSTFORMING
Guaranteed a maximum overload of 300 kg/m2
 
The surfaces of Duropal-HPL and Duropal-HPL-Solid are resistant to contact with most normal
chemicals and substances. Cleaning products such as acetone and substances such as
vinegar, coffee and blood will not stain the surface.
Nor will spillages of any of the following (listed here as examples) affect the surface
provided they are wiped up promptly (e.g. within 10-15 minutes). This means the tops must
be wiped with a wet cloth and rubbed dry within 10-15 minutes.

 

HPL Duropal

HPL Duropal

 

Frequent exposure to the following aggressive gases will cause changes to the Duropal-HPL

surface.

HPL Duropal

 MECHaNiCal aND pHySiCal prOpErTiES Of DurOpal-Hpl

 HPL Duropal

    

PHYSIOLOGICAL PROPERTIES
Duropal-HPL and Duropal-HPL-Solid are physiologically safe and suitable for use in rooms
where food is stored, handled and consumed. This property is confirmed by a safety declaration
from  research and testing company ISEGA-Forschungs- und Untersuchungs-GmbH (tested to
DIN EN 1186 / DIN EN 13130).
 PROTECTION AGAINST THE EMISSION OF FORMALDEHYDE FROM CORE MATERIALS
When Duropal-HPL and the core material are bonded, Duropal-HPL offers highly effective
protection against the possible diffusion of formaldehyde from the core material even in the
lowest thickness.
ANTISTATIC BEHAVIOUR
The specific surface resistance of Duropal-HPL under ordinary ambient conditions is between
1 x 109 and 1 x 1012  Ohm (tested in accordance with DIN EN 61349). There is therefore little
likelihood of an electro-static charge building up, and they do not attract dust.
QUALITY MONITORING
Duropal guarantees that the following standards are fulfilled e.g. with regard to the
product properties: EN 438: 2005, ISO 4586 part 1: 2004, DIN EN ISO 9001: 2000
and with regard to its reaction to fire: DIN 4102, AFNOR NFP 92.501, B/S 476 – parts 6.7, Önorm B 3800-1
 
Sink  Polypropylene  Moplen
The polypropilene is the ideal material to resolve the problems of corrosion, thanks to the good resistance to the acids, alkali and bases.  
Excellent resistance to acids, alkalines and base chemicals, and thus ideal for use in chemical laboratories. 
Excellent resistance to corrosion, thus suitable for use in all situations where acid substances or elevated levels of humidity are present, such as steamy environments, marine areas, the food industry and so on. 
Excellent mechanical resistance and high elasticity.
Recyclable
Smooth surfaces which reduce the possibility of the build up of dirt and make cleaning easier.
Products made as a single piece, cutting out the need for soldering and joining and thus aiding decontamination and guaranteeing greater laboratory hygiene. 
Constant thickness in all parts of the product, including angles, edges and joints, guaranteeing excellent mechanical resistance, unlike products made using other techniques. 
Elevated aesthetic qualities.
Passive anti-knock absorption: enormously reducing the risk of breakage of the glassware normally used in laboratories, with an obvious saving and major safety for the worker, thus reducing the risk of harm and contact with dangerous substances.
Anti-glare "Polysink" colour for greater worker comfort, easily matched with various furnishings for excellent aesthetic results.
Even when the product is scratched or scored the characteristics of chemical resistance remain unchanged.

Good aesthetical impact through an elegant design. 

The possibility to insert tubs of various measures they make the plans in Polypropilene the available most flexible solution in commerce today. 

Productive scheme and characteristics 

The plans in Polypropilene are realized according to the technique of the injection molding in an only piece. 

The least thickness is of mm 8. 

Total absence of alive edges.  

Closet on wheels

The benches from us planned they assure ample and functional operational spaces in the laboratory.  

An accurate planning, integrated with a valid system of lockers  assures a rational 

setup to the job utensils and the required equipments in the daily practice of laboratory. 

The Program of Production foresees lockers from laboratory actions to satisfy a rapids mobility. 

Provided of four wheels with firm (those frontal) and they bear a loaded max. of Kg. 120. 

Easy insertion in the special spaces. 

The shutters are endowed with special adjustable zippers 3D with closing to rubber band and opening to 165°. 

The drawers are realized in steel plate painted with resins epossidic. 

The slide, happens above against guides in steel c.s.d., provided of pads with firm of end run to drawer all open. 

The façades of the drawers and the shutters are of Blue color and they have the rounded off edges ABS 2 mm around four sides second the normative. 

Handle in plastic polymer

 

 

 

 


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