Creative industry

12.08.2019.

Creative 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 12.08.2019. 12.08.2019.

Cut packaging

Products are cut with hot wire in high precision equipment that guarantees high product quality.

Technology that is used allows to achieve high precision and wide variety of sizes and shapes, for example – L and U shapes and other.

Packaging material can be recycled in to new products.

Advantages
- High precision
- Good shock absorption properties
- High tensile strength
- Low water absorption
- No effect from microorganisms
- Low weight
Usage
Main goal of packaging is to ensure product safety during transportation.

EPS packaging materials can be used as
- Furniture packaging
- Door packaging
- Packaging for Household Appliances
- As shock absorbing material;
For transportation of frozen goods.

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

Creative industry

Cut packaging

Cut packaging

Advantages

Usage

CUT packaging

Manifacturing of SIP houses