Manufacturing industry

31.01.2019.

Manufacturing industry https://www.tenapors.lv/wp-content/themes/movedo/images/empty/thumbnail.jpg 150 150 TENAPORS TENAPORS //www.tenapors.lv/wp-content/uploads/2018/12/Tenapors_logo.png 31.01.2019. 18.08.2019.

Manufacturing industry

TENAPORS Ltd. offers various customized solutions for manufacturing companies, including:

Different shape and size packaging materials;
Non-standard shape and size thermal insulation;
Void fillers;
Other customized solutions.

MAIN ADVANTAGES
Our material main advantages are:
- High precision;
- With good shock obsorbtion properties;
- High compression strenght;
- Low water absorbtion;
- Low weight;
- High-quality thermal performance;
- Wide range of sizes and shapes.

Sort Descending

Solution products	Fire reaction class	Sizes	Thermal conductivity coefficient	Compression tensions	Tensile strength	Long-term water absorption	#
TENAPORS NEO EPS 150	E class	1000×500* mm	≤0,031 W/m*K	≥40,9 kPa	≥150 kPa	≤3,5%	TENAPORS NEO EPS 150 Sizes 1000×500* mm Fire reaction class E class Thermal conductivity coefficient ≤0,031 W/m*K Compression tensions ≥40,9 kPa Tensile strength ≥150 kPa Steam resistances 30-70 Long-term water absorption ≤3,5% Insulation thickness Upon request
TENAPORS NEO EPS 100	-	1000×500* mm	≤0,031 W/m*K	≥27,3 kPa	≥100 kPa	≤3,5%	TENAPORS NEO EPS 100 Sizes 1000×500* mm Thermal conductivity coefficient ≤0,031 W/m*K Compression tensions ≥27,3 kPa Tensile strength ≥100 kPa Long-term water absorption ≤3,5% Insulation thickness Upon request
TENAPORS NEO EPS 80	-	1000×500* mm	≤0,031 W/m*K	≥21,8 kPa	≥80 kPa	≤3,5%	TENAPORS NEO EPS 80 Sizes 1000×500* mm Thermal conductivity coefficient ≤0,031 W/m*K Compression tensions ≥21,8 kPa Tensile strength ≥80 kPa Steam resistances 20-40 Long-term water absorption ≤3,5% Insulation thickness Upon request
TENAPORS EPS 200	E class	1000×500* mm	≤0,034 W/m*K	≥54,5 kPa	≥200 kPa	≤5%	TENAPORS EPS 200 Sizes 1000×500* mm Fire reaction class E class Thermal conductivity coefficient ≤0,034 W/m*K Compression tensions ≥54,5 kPa Tensile strength ≥200 kPa Steam resistances 40-100 Long-term water absorption ≤5% Insulation thickness Upon request
TENAPORS EPS 120	E class	1000×500* mm	≤0,036 W/m*K	≥32,7 kPa	-	-	TENAPORS EPS 120 Sizes 1000×500* mm Fire reaction class E class Thermal conductivity coefficient ≤0,036 W/m*K Compression tensions ≥32,7 kPa Steam resistances 30-70 Insulation thickness Upon request
TENAPORS EPS 100	-	1000×500* mm	≤0,036 W/m*K	≥27,3 kPa	≥100 kPa	≤5%	TENAPORS EPS 100 Sizes 1000×500* mm Thermal conductivity coefficient ≤0,036 W/m*K Compression tensions ≥27,3 kPa Tensile strength ≥100 kPa Long-term water absorption ≤5% Insulation thickness Upon request
TENAPORS EPS 80	-	1000×500* mm	≤0,037 W/m*K	≥21,8 kPa	≥80 kPa	≤5%	TENAPORS EPS 80 Sizes 1000×500* mm Thermal conductivity coefficient ≤0,037 W/m*K Compression tensions ≥21,8 kPa Tensile strength ≥80 kPa Steam resistances 20-40 Long-term water absorption ≤5% Insulation thickness Upon request
TENAPORS EPS 150	E class	1000×500* mm	≤0,036 W/m*K	≥32,7 kPa	-	≤5%	TENAPORS EPS 150 Sizes 1000×500* mm Fire reaction class E class Thermal conductivity coefficient ≤0,036 W/m*K Compression tensions ≥32,7 kPa Steam resistances 30-70 Long-term water absorption ≤5% Insulation thickness Upon request

Manufacturing industry

Manufacturing industry

MAIN ADVANTAGES

Thermal insulation with plaster façade technology

CUT packaging