Baldassar Electro-Welded Stainless Steel Grating Reinforced Steel
ELECTRO-WELDED STAINLESS STEEL GRATING REINFORCED STEEL
ELECTRO-WELDED STAINLESS STEEL GRATING REINFORCED STEEL
The main feature of the electro-welded stainless steel grating is its exceptional corrosion resistance.
This feature makes it suitable for all settings that require high hygiene standards such as the food, wine, pharmaceutical and chemical industries.
The most commonly-used stainless steel grade in the food sector is AISI 304, while in environments where there are particularly aggressive substances, it is AISI 316 stainless steel.
The Baldassar electro-welded STAINLESS STEEL grating products are available in the most commonly-used mesh sizes and are always in stock.
INFORMATION
TYPES OF STANDARD ELECTRO-WELDED STAINLESS STEEL GRATING
Smooth round cross bar
BRAND
Baldassar
PRODUCT TYPE
Reinforced Steel
HOW TO READ A GRATING
C = distance between cross bars* P = distance between bearing bars* H = bearing bar height S = bearing bar thickness *The distance is calculated between the MIDPOINT of one element and another.
ADVANTAGES
Stable, fast and low-cost Our electro-welded stainless steel grating is particularly suitable for being installed in environments with very high temperature or even oxidising conditions, due to its steel-typical mechanical properties and distinctive corrosion resistance.
Moreover, every junction of the mesh is mechanically electro-welded, to prevent it from breaking up during the cutting phase. Available as panels with a smooth round cross bar, 34 x 38 mm mesh or 68 x 22 mm mesh. The steel can be supplied as follows: non-pickled, matte pickles or with a chrome-effect polish.
COLLECTION
Electro-Welded
PRODUCTION
Made in Italy
MATERIAL
AISI 316 stainless steel
PANEL
SINGLE PANEL
Baldassar’s standard Electro-Welded Grating panels have the following dimensions: 6100 x 1000 mm.
The bearing bars are parallel to the longer side, while the connecting elements are parallel to the shorter side.
The values shown in the load classes are only and exclusively guaranteed if the direction of the planes on which the Baldassar Electro-Welded Grating panel rests is perpendicular to the direction of the load-bearing bars; if it is parallel to the direction of the load-bearing bars, the panel’s load-bearing capacity would be severely compromised.
MESHES AND LOAD CLASSES
34 X 38 MM MESH
| PLATE (MM) | CONNECTION | DIMENSIONS (MM) | RAW (KG/SQM) | CL1 CLEAN LIGHT (MM**) | CL2 CLEAN LIGHT (MM**) | CL3 CLEAN LIGHT (MM**) | CL4 CLEAN LIGHT (MM**) |
|---|---|---|---|---|---|---|---|
| 25x2 | 4mm | 1000x2050 * | 14,30 | 1014 | 244 | 185 | 165 |
| 25x2 | 4mm | 1000x2050 * | 14,30 | 1014 | 244 | 185 | 165 |
| 25x2 | 4mm | 1000x2050 * | 14,30 | 1014 | 244 | 185 | 165 |
68 X 22 MM MESH
| PLATE (MM) | CONNECTION | DIMENSIONS (MM) | RAW (KG/SQM) | CL1 CLEAN LIGHT (MM**) | CL2 CLEAN LIGHT (MM**) | CL3 CLEAN LIGHT (MM**) | CL4 CLEAN LIGHT (MM**) |
|---|---|---|---|---|---|---|---|
| 25x2 | 4mm | 1035x2050 * | 10,50 | 815 | 156 | 137 | 95 |
| 25x2 | 4mm | 1035x2050 * | 10,50 | 815 | 156 | 137 | 95 |
| 25x2 | 4mm | 1035x2050 * | 10,50 | 815 | 156 | 137 | 95 |
CLASS 1 – COMPACT CROWD – PEDESTRIAN CAPACITY
Class 1 – Compact crowd – pedestrian capacity D.M. of 14 January 2008 – 3.1.4 Table 3.1.II – Category E. Dynamic load 600 daN/m2 Material: S235JR steel Sigma yield strength = 23.5 daN/mm2 Sigma comparison = 22.38 daN/mm2 Max. deflection = 5 mm Max. deflection = 1/200 Ln
CLASS 3 – LIGHT TRUCK CAPACITY
Dynamic load 3000 daN applied over an area of 400 x 200 mm with a total ground mass up to 6000 kg Material: S235JR steel Sigma yield strength = 23.5 daN/mm2 Sigma comparison = 22.38 daN/mm2 Max. deflection = 5 mm Max. deflection = 1/200 Ln
CLASS 4 – ARTICULATED LORRY CAPACITY
Dynamic load 9000 daN applied over an area of 600 x 250 mm with a total ground mass up to 45,000 kg Material: S235JR steel Sigma yield strength = 23.5 daN/mm2 Sigma comparison = 22.38 daN/mm2 Max. deflection = 5 mm Max. deflection = 1/200 Ln
CLASS 2 – CAR CAPACITY
Class 2 – Car capacity D.M. of 14 January 2008 – 3.1.4 Table 3.1.II – Category F. Dynamic load 1000 daN applied over an area of 200 x 200 mm with a total ground mass up to 3000 kg Material: S235JR steel Sigma yield strength = 23.5 daN/mm2 Sigma comparison = 22.38 daN/mm2 Max. deflection = 5 mm Max. deflection = 1/200 Ln
SPECIAL PROCESSES
BANDING
As a result of the banding process, the grating panel can have various standard finishes or be designed according to the customer’s design, such as with round, bevelled, square or shaped bands. This deformation process is fully designed and performed inside the Baldassar premises.
CALENDERING
Thanks to the cutting-edge equipment, our technical department is able to deform the metal profiles according to specific designs, by giving it a circular curvature. The process is carried out in-house; therefore, there is no need to wait for third-parties to be carry out this process.
SHAPING
Each building and every situation has different shapes and needs. It is for this reason that Baldassar has established a specialised technical department to be able to create products with special shapes and patterns. Thanks to the shaping process, each grating element can have the most suitable contour for an easier insertion and installation, with minimum waste material.
DETAILS
BALDASSAR ELECTRO-WELDED 1
Baldassar electro-welded STAINLESS STEEL grating, M. 34 x 38 mm, B.B. 25 x 2 mm, AISI 304 STAINLESS STEEL. Banded and pickled 4 mm-diameter smooth round cross bar.
BALDASSAR ELECTRO-WELDED 2
Baldassar electro-welded STAINLESS STEEL grating, M. 68 x 22 mm, B.B. 25 x 2 mm, AISI 304 STAINLESS STEEL. Banded and pickled 4 mm-diameter smooth round cross bar.
BALDASSAR ELECTRO-WELDED 3
Baldassar electro-welded STAINLESS STEEL grating, M. 62 x 132 mm, B.B. 30 x 4 mm, AISI 304 STAINLESS STEEL. Banded and pickled 5 mm-diameter smooth round cross bar.
BALDASSAR ELECTRO-WELDED 4
Baldassar electro-welded STAINLESS STEEL grating, M. 34 x 38 mm, B.B. 25 x 2 mm, AISI 304 STAINLESS STEEL. 4 mm-diameter smooth round cross bar, banded and galvanised according to the UNI EN ISO 1461 standard.
