TU U 23.9-32944149-013:2024
Roll roofing and waterproofing material
Product Description and Scope of Application
HYDROBASE ELAST is a torch-applied bitumen-polymer roofing and waterproofing roll material.
HYDROBASE ELAST is produced by applying a bitumen-polymer binder on both sides of a polyester base. The binder consists of bitumen, SBS polymer modifier (styrene-butadiene-styrene), and mineral filler (talc, dolomite, etc.). Coarse-grained granules and polymer films are used as protective layers.
Depending on the type of surfacing and application area, HYDROBASE ELAST is available in two grades:
HYDROBASE ELAST EKP – with coarse-grained surfacing on the top side and polymer film on the torch-applied side; used for installing the top layer of the roofing membrane;
HYDROBASE ELAST EPP – with polymer film on both sides of the sheet; used for installing the bottom layer of the roofing membrane and waterproofing building structures (foundations, tunnels, etc.)
Transportation and Storage
Transportation is carried out by all types of transport in covered vehicles in accordance with the Cargo Transportation Rules applicable to the given type of transport. Throughout the entire storage period, the material must be protected from atmospheric precipitation. Rolls are stored vertically on pallets in a single row by height.
The guaranteed shelf life of the product in rolls is 12 months from the date of manufacture in factory packaging, provided storage and transportation conditions are observed.
Packaging Information
The material is packaged in UV-stabilized film and supplied on pallets
Application Instructions
In accordance with SWEETONDALE Installation Instructions
Main characteristics
| Parameter name | HYDROBASE ELAST EPP | HYDROBASE ELAST EKP |
Test Method |
||
| Thickness, mm |
4.0 ± 0.2 |
4.2 ± 0.2 |
EN 1849-1 |
||
| Mass per unit area, kg/m²* (+0.25 kg) |
5,2 |
5,5 |
EN 1849-1 |
||
| Watertightness at 2 kPa pressure for 24 hours |
– |
No water penetration |
EN 1928 |
||
| Watertightness at 60 kPa pressure for 24 hours |
No water penetration |
– |
EN 1928 |
||
| Tensile strength, N, minimum
– longitudinal/transverse |
588/392 |
588/392 |
DSTU B V.2.7-83 |
||
| Flexibility on a bar with a radius of (25.0±0.2) mm at temperature, °C, maximum |
-25 |
-25 |
DSTU B V.2.7-83 |
||
| Flow resistance at elevated temperature, °C |
≥100 |
≥100 |
EN 1110 |
||
| Loss of coarse-grained surfacing, g/sample, maximum |
– |
1 |
DSTU B V.2.7-83 |
||
| Type of protective coating: |
|
|
|||
| top side
torch-on side |
film without logo film with logo |
slate film with logo |
|
||
| Length/width, m |
10×1 |
10×1 |
|||
| Pallet packaging |
white heat-shrink bag with logo |
||||
*- the mass per 1 m² is provided for reference; the material is standardized by thickness. The manufacturer reserves the right to change this parameter;
TU U 22.2-32944149-012:2024
Thermal insulation boards made of extruded polystyrene foam
Product Description and Scope of Application
Extruded polystyrene foam CARBOLEX SOLID is a thermal insulation material with uniformly distributed closed cells. XPS CARBOLEX SOLID does not absorb water, does not swell, does not shrink, is chemically resistant and does not rot. High strength allows for a level and rigid base, which significantly extends the service life of the entire thermal insulation system. XPS CARBOLEX SOLID is used for thermal insulation of foundations, trafficked roofs, and floors with increased loads.
Transportation and Storage
The boards must be stored packaged and stacked on pallets separately by grades and sizes. Throughout the entire storage period, the material must be protected from atmospheric precipitation.
Packaging Information
The boards are packaged in UV-stabilized film.
Application Instructions
In accordance with SWEETONDALE Installation Instructions
|
Parameter |
Value |
Test Method |
| Compressive strength, kPa, not less than
50mm |
500 |
DSTU EN 826 |
| Tensile strength perpendicular to the board surface*, kPa |
100 |
DSTU EN 1607 |
| Declared thermal conductivity at 10°C, W/(m·K), not more than |
0,030 |
DSTU EN 12939 |
| Thermal conductivity, W/m*K λA λB |
0.034 |
DSTU B V.2.7-182 |
| Water absorption during long-term immersion, not more than, % |
0,4 |
DSTU B EN 12087 |
| Flammability |
G4 |
DBN V.1.1-7 |
| Operating temperature |
from -50 °C to +75 °C |
|
| Effective service life, years, not less than |
50 |
DSTU B V.2.7-182 |
*- tensile strength perpendicular to the face surfaces is determined for boards manufactured using the ThermoBonding method
Geometric parameters
|
Parameter |
Unit of measurement |
Value |
Test Method |
| Length |
mm |
1180 (±10) |
DSTU EN 822 |
| Width |
mm |
580 (±8) |
DSTU EN 822 |
| Thickness |
mm |
50 |
DSTU EN 822 |
| Edge type | L-edge | ||
| Thickness tolerance class | T1 | ||
TU U 22.2-32944149-012:2024
Thermal insulation boards made of extruded polystyrene foam
Product Description and Scope of Application
Extruded polystyrene foam CARBOLEX PROF features enhanced strength properties and is used for thermal insulation of foundations, floors, roofs, facades, and basements.
XPS CARBOLEX PROF contains graphite micro-particles that reflect thermal radiation and contribute to increasing the overall thermal resistance of the structure throughout the building’s service life
Transportation and Storage
The boards must be stored packaged and stacked on pallets separately by grades and sizes. Throughout the entire storage period, the material must be protected from atmospheric precipitation.
Packaging Information
The boards are packaged in UV-stabilized film.
Main physical and mechanical characteristics:
|
Parameter |
Value |
Test Method |
| Compressive strength, kPa, not less than
40mm 50mm 60mm and above |
230 250 250 |
DSTU EN 826 |
| Tensile strength perpendicular to the board surface*, kPa |
100 |
DSTU EN 1607 |
| Declared thermal conductivity at 10°C, W/(m·K), not more than |
0,032 |
DSTU EN 12939 |
| Water absorption during long-term immersion, not more than, % |
0,4 |
DSTU B EN 12087 |
| Reaction to fire |
Class F |
EN 13501-1+A1 |
| Operating temperature |
from -50 °C to +75 °C |
|
*- tensile strength perpendicular to facing surfaces is determined for boards manufactured using the ThermoBonding method
Geometric parameters:
|
Parameter |
Unit of measurement |
Value |
Test Method |
| Length |
mm |
1180 (±10) |
DSTU EN 822 |
| Width |
mm |
580 (±8) |
DSTU EN 822 |
| Thickness* |
mm |
40, 50, 60,100 |
DSTU EN 822 |
| Edge type | L-edge | ||
| Thickness tolerance class | T1 | ||
* – boards with thickness of 60 mm and above may be manufactured using the ThermoBonding method.
TU U 22.2-32944149-012:2024
Thermal insulation boards made of extruded polystyrene foam
Product Description and Scope of Application
Extruded polystyrene foam CARBOLEX ECO is a thermal insulation material with uniformly distributed closed cells.
XPS CARBOLEX ECO does not absorb water, does not swell or shrink, is chemically resistant and not susceptible to rot.
High strength allows for a level and rigid base, which significantly extends the service life of the entire thermal insulation system.
XPS CARBOLEX ECO is used in cottage and low-rise construction for thermal insulation of foundations, roofs, floors, and facade insulation.
Transportation and Storage
The boards must be stored packaged and stacked on pallets separately by grades and sizes. Throughout the entire storage period, the material must be protected from atmospheric precipitation.
Packaging Information
The boards are packaged in UV-stabilized film.
Application Instructions
In accordance with SWEETONDALE Installation Instructions
| Parameter |
Value |
Test Method |
| Compressive strength, kPa, not less than
20 mm 30 mm 40 mm 50 mm 60 mm and above |
150 150 150 200 200 |
DSTU EN 826 |
| Tensile strength perpendicular to the board surface*, kPa |
100 |
DSTU EN 1607 |
| Declared thermal conductivity at 10°C, W/(m·K), not more than |
0,033 |
DSTU EN 12939 |
| Thermal conductivity, W/m*K λA λB |
0.035 |
DSTU B V.2.7-182 |
| Water absorption during long-term immersion, not more than, % |
0,4 |
DSTU B EN 12087 |
| Flammability |
G4 |
DBN V.1.1-7 |
| Operating temperature |
from -50 °C to +75 °C |
|
| Effective service life, years, not less than |
50 |
DSTU B V.2.7-182 |
*- tensile strength perpendicular to the facing surfaces is determined for boards manufactured using the ThermoBonding method
|
Parameter |
Unit of measurement |
Value, L-edge |
Value, straight edge |
Test Method |
| Length |
mm |
1180 (±10) |
1180 (±10) |
DSTU EN 822 |
| Width |
mm |
580 (±8) |
580 (±8) |
DSTU EN 822 |
| Thickness* |
mm |
30,40,50,100 |
20 |
DSTU EN 822 |
| Thickness tolerance class |
T1 |
|||
* – boards with a thickness of 60 mm and above may be manufactured using the ThermoBonding method
TU U V.2.7.-26.8-35492904-004:2010 (Amendment No. 4)
Rock mineral wool slabs
Product Description:
Fire Protection Door Slab is a non-combustible thermal and acoustic insulation slab made from rock mineral wool based on basalt group rocks.
Application:
Fire Protection Door Slabs are specially designed and intended for fire protection insulation of fire-rated doors and gates.
Application instructions:
Installation of slabs in the frame of fire-rated doors and gates as fire protection filler is carried out based on structural features in accordance with the technical documentation of the door and gate manufacturer.
Storage:
Store in covered warehouses, preventing exposure to precipitation. During transportation, protect from damage and moisture.
Transportation:
Transportation must be carried out in accordance with the requirements of DBN G.1-4, DSTU B V.2.7-167. Products are shipped to the consumer no earlier than 24 hours after storage in the warehouse.
Packaging Information:
Polyethylene heat-shrink film is used for packaging.
Main physical and mechanical characteristics:
|
Parameter |
Unit of measurement |
Fire Protection Door Slab 110 |
Fire Protection Door Slab 190 |
Test Method |
| Density |
kg/m3 |
100-120 |
170-200 |
DSTU B V.2.7-38-95 |
| Thermal conductivity λ25 |
W/mK |
0,037 |
0,038 |
DSTU B V.2.7-105-2000 |
| Compressive strength at 10% linear deformation, not less than |
kPa |
10 |
20 |
DSTU B V.2.7-38-95 |
| Moisture content by mass, not more than |
% |
0,5 |
0,5 |
DSTU B V.2.7-38-95 |
| Organic matter content, not more than |
% |
3,0 |
3,0 |
DSTU B V.2.7-38-95 |
| Flammability |
degree |
NG |
NG |
DSTU B V.2.7-70-98 |
Geometric parameters:
|
Parameter |
Unit of measurement |
Value |
Test Method |
| Length |
mm |
1000; 1200; 2000; 2400 (±2%) |
DSTU B V.2.7-38-95 |
| Width |
mm |
200, 600; 1000; 1200 (±1.5%) |
DSTU B V.2.7-38-95 |
| Thickness (in 10 mm increments) |
mm |
50-140 in 10 mm increments (+5 mm; -2 mm)*, 30-80 in 10 mm increments (+5 mm; -2 mm)** |
DSTU B V.2.7-38-95 |
*-for Fire Protection Door Slab 110;
**-for Fire Protection Door Slab 190.