Showing 73–108 of 402 results

Antibacterial Toilet

$0.00

Introduction

When using public restrooms, people are often worried about sanitary issues and their related illnesses. People are often sensitive to this issue, so they take special care when using and touching the equipment. Genital infections, fungal infections, skin sensitization and infectious, and microbial diseases are one of the most common causes of these bacteria. This product is an antibacterial squat toilet containing zinc oxide nanoparticles. The antibacterial toilet has surfaces which are resistant to bacterial growth. Sanitary products like wash basin are coated with materials which remove hazardous microorganisms, such as bacteria, viruses, fungi and other germs. In comparison with other metal oxides, the application of zinc oxide in biomedical and antiviral fields is due to its compatibility, solubility in alkaline environments, and terminated polar surfaces.

Antibacterial Toilet

$0.00

Introduction

When using public restrooms, people are often worried about sanitary issues and their related illnesses. People are often sensitive to this issue, so they take special care when using and touching the equipment. Genital infections, fungal infections, skin sensitization and infectious, and microbial diseases are one of the most common causes of these bacteria. This product is an antibacterial squat toilet containing zinc oxide nanoparticles. The antibacterial toilet has surfaces which are resistant to bacterial growth. Sanitary products like wash basin are coated with materials which remove hazardous microorganisms, such as bacteria, viruses, fungi and other germs. In comparison with other metal oxides, the application of zinc oxide in biomedical and antiviral fields is due to its compatibility, solubility in alkaline environments, and terminated polar surfaces.

Antibacterial Toilet

$0.00

Introduction

When using public restrooms, people are often worried about sanitary issues and their related illnesses. People are often sensitive to this issue, so they take special care when using and touching the equipment. Genital infections, fungal infections, skin sensitization and infectious, and microbial diseases are one of the most common causes of these bacteria. This product is an antibacterial squat toilet containing zinc oxide nanoparticles. The antibacterial toilet has surfaces which are resistant to bacterial growth. Sanitary products like wash basin are coated with materials which remove hazardous microorganisms, such as bacteria, viruses, fungi and other germs. In comparison with other metal oxides, the application of zinc oxide in biomedical and antiviral fields is due to its compatibility, solubility in alkaline environments, and terminated polar surfaces.

Automobile Air Filter containing Polymeric Nanofibers

$0.00

Introduction

The automobile air filter is used to protect the engine and prevent damage to the motor components by dust, contaminants and other harmful suspended particles in the air. The latest evolution in the filtration industry is the use of nanotechnology in this field. With this technique, the surface of large cellulosic or synthetic nanofibers (usually 10 to 30 micrometers in diameter) is covered with a layer of ultra-fine nanofibers (typically 50 to 400 nm in diameter). There are two different methods for separating particles in the filter paper structure.
In-depth filtration, in which particles are separated in different layers of paper according to their size; and surface filtration, in which all particles are separated on the surface of paper. In Behran Co. before the pleating process, the filter paper is covered with a layer of Polyamide textiles with the diameter of less than 100 nanometers by using electrospinning process.

Automobile Air Filter containing Polymeric Nanofibers

$0.00

Introduction

The automobile air filter is used to protect the engine and prevent damage to the motor components by dust, contaminants and other harmful suspended particles in the air. The latest evolution in the filtration industry is the use of nanotechnology in this field. With this technique, the surface of large cellulosic or synthetic nanofibers (usually 10 to 30 micrometers in diameter) is covered with a layer of ultra-fine nanofibers (typically 50 to 400 nm in diameter). There are two different methods for separating particles in the filter paper structure.
In-depth filtration, in which particles are separated in different layers of paper according to their size; and surface filtration, in which all particles are separated on the surface of paper. In Behran Co. before the pleating process, the filter paper is covered with a layer of Polyamide textiles with the diameter of less than 100 nanometers by using electrospinning process.

Automobile Air Filter containing Polymeric Nanofibers

$0.00

Introduction

The automobile air filter is used to protect the engine and prevent damage to the motor components by dust, contaminants and other harmful suspended particles in the air. The latest evolution in the filtration industry is the use of nanotechnology in this field. With this technique, the surface of large cellulosic or synthetic nanofibers (usually 10 to 30 micrometers in diameter) is covered with a layer of ultra-fine nanofibers (typically 50 to 400 nm in diameter). There are two different methods for separating particles in the filter paper structure.
In-depth filtration, in which particles are separated in different layers of paper according to their size; and surface filtration, in which all particles are separated on the surface of paper. In Behran Co. before the pleating process, the filter paper is covered with a layer of Polyamide textiles with the diameter of less than 100 nanometers by using electrospinning process.

Automobile Air Nano Filter (nano pordo)

$0.00

Introduction

A particulate air filter is a device composed of fibrous materials which removes solid particulates such as dust, pollen, mold, and bacteria from the air. Polyacrylonitrile (PAN) is a versatile polymer used to produce large variety of products including ultra-filtration membranes, hollow fibers for reverse osmosis, fibers for textiles, oxidized PAN fibers. Nanofibers with smaller thickness and higher surface area than that of regular fibers, have enormous applications in filtration. To do it, electrospinning is one of the most attractive and effective processes in the production of continuous nanofibers from synthetic and natural polymers.

Automobile Air Nano Filter (nano pordo)

$0.00

Introduction

A particulate air filter is a device composed of fibrous materials which removes solid particulates such as dust, pollen, mold, and bacteria from the air. Polyacrylonitrile (PAN) is a versatile polymer used to produce large variety of products including ultra-filtration membranes, hollow fibers for reverse osmosis, fibers for textiles, oxidized PAN fibers. Nanofibers with smaller thickness and higher surface area than that of regular fibers, have enormous applications in filtration. To do it, electrospinning is one of the most attractive and effective processes in the production of continuous nanofibers from synthetic and natural polymers.

Automobile Air Nano Filter (nano pordo)

$0.00

Introduction

A particulate air filter is a device composed of fibrous materials which removes solid particulates such as dust, pollen, mold, and bacteria from the air. Polyacrylonitrile (PAN) is a versatile polymer used to produce large variety of products including ultra-filtration membranes, hollow fibers for reverse osmosis, fibers for textiles, oxidized PAN fibers. Nanofibers with smaller thickness and higher surface area than that of regular fibers, have enormous applications in filtration. To do it, electrospinning is one of the most attractive and effective processes in the production of continuous nanofibers from synthetic and natural polymers.

Biodegradable Bags

$0.00

Introduction

Biodegradable plastic is plastic that decomposes naturally in the environment. This is achieved when microorganisms in the environment metabolize and break down the structure of biodegradable plastic. The end result is one that is less harmful to the environment than traditional plastics. Biodegradable plastics can be composed of bioplastics, which are plastics made from renewable raw materials. There are normally two forms of biodegradable plastic, injection molded and solid. The solid forms normally are used for items such as food containers, leaf collection bags, and water bottles.

Biodegradable Bags

$0.00

Introduction

Biodegradable plastic is plastic that decomposes naturally in the environment. This is achieved when microorganisms in the environment metabolize and break down the structure of biodegradable plastic. The end result is one that is less harmful to the environment than traditional plastics. Biodegradable plastics can be composed of bioplastics, which are plastics made from renewable raw materials. There are normally two forms of biodegradable plastic, injection molded and solid. The solid forms normally are used for items such as food containers, leaf collection bags, and water bottles.

Biodegradable Bags

$0.00

Introduction

Biodegradable plastic is plastic that decomposes naturally in the environment. This is achieved when microorganisms in the environment metabolize and break down the structure of biodegradable plastic. The end result is one that is less harmful to the environment than traditional plastics. Biodegradable plastics can be composed of bioplastics, which are plastics made from renewable raw materials. There are normally two forms of biodegradable plastic, injection molded and solid. The solid forms normally are used for items such as food containers, leaf collection bags, and water bottles.

Biodegradable Compound

$0.00

Introduction

Petroleum resources are limited and the excessive use of non-biodegradable polymers has caused serious environmental problems. Therefore, degradable and/or biodegradable polymers have received more attention these days. Since synthetic polymers are expensive, the focus is mainly on natural polymers which are inherently biodegradable and can be promising candidates to meet different requirements. Among the natural polymers, starch is of main interest. It is regenerated from carbon dioxide and water by photosynthesis in plants. Due to its complete biodegradability, low cost, and renewability, starch is considered as a promising candidate for developing sustainable materials. Addition of starch to the synthetic polymers creates biodegradable feature but decreases mechanical properties. To deal with this problem, nanofibers are added to the polymers.

Biodegradable Compound

$0.00

Introduction

Petroleum resources are limited and the excessive use of non-biodegradable polymers has caused serious environmental problems. Therefore, degradable and/or biodegradable polymers have received more attention these days. Since synthetic polymers are expensive, the focus is mainly on natural polymers which are inherently biodegradable and can be promising candidates to meet different requirements. Among the natural polymers, starch is of main interest. It is regenerated from carbon dioxide and water by photosynthesis in plants. Due to its complete biodegradability, low cost, and renewability, starch is considered as a promising candidate for developing sustainable materials. Addition of starch to the synthetic polymers creates biodegradable feature but decreases mechanical properties. To deal with this problem, nanofibers are added to the polymers.

Biodegradable Compound

$0.00

Introduction

Petroleum resources are limited and the excessive use of non-biodegradable polymers has caused serious environmental problems. Therefore, degradable and/or biodegradable polymers have received more attention these days. Since synthetic polymers are expensive, the focus is mainly on natural polymers which are inherently biodegradable and can be promising candidates to meet different requirements. Among the natural polymers, starch is of main interest. It is regenerated from carbon dioxide and water by photosynthesis in plants. Due to its complete biodegradability, low cost, and renewability, starch is considered as a promising candidate for developing sustainable materials. Addition of starch to the synthetic polymers creates biodegradable feature but decreases mechanical properties. To deal with this problem, nanofibers are added to the polymers.

Box pallet BIP1210/M2R Polymer & Composite

$0.00

Box pallet BIP1210/M2R

Capacity (L): 700
Static Loading (Kg): 5000
Dynamic Loading (Kg): 1000
Racking loading (Kg): 1000
Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer
Loading Q’ty lx40’ft HC: 82 pcs

Box pallet BIP1210/M2R Polymer & Composite

$0.00

Box pallet BIP1210/M2R

Capacity (L): 700
Static Loading (Kg): 5000
Dynamic Loading (Kg): 1000
Racking loading (Kg): 1000
Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer
Loading Q’ty lx40’ft HC: 82 pcs

Box pallet BIP1210/M2R Polymer & Composite

$0.00

Box pallet BIP1210/M2R

Capacity (L): 700
Static Loading (Kg): 5000
Dynamic Loading (Kg): 1000
Racking loading (Kg): 1000
Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer
Loading Q’ty lx40’ft HC: 82 pcs

Box pallet BIP1210/M9L Polymer & Composite

$0.00

Box pallet BIP1210/M9L

External dimensions (mm):

1200x1000x915

Internal dimensions (mm):

1110x900x700M9L
weight (Kg):

41.5 (±2%)

Capacity (L):

700
Static Loading (Kg):

5000

Dynamic Loading (Kg):

1000
Racking loading (Kg):

 –

Trailer loading (pcs):

105
Material:

HDPE lng. Grade + UV Stablizer

Loading Q’ty lx40’ft HC :

82 pcs

Box pallet BIP1210/M9L Polymer & Composite

$0.00

Box pallet BIP1210/M9L

External dimensions (mm):

1200x1000x915

Internal dimensions (mm):

1110x900x700M9L
weight (Kg):

41.5 (±2%)

Capacity (L):

700
Static Loading (Kg):

5000

Dynamic Loading (Kg):

1000
Racking loading (Kg):

 –

Trailer loading (pcs):

105
Material:

HDPE lng. Grade + UV Stablizer

Loading Q’ty lx40’ft HC :

82 pcs

Box pallet BIP1210/M9L Polymer & Composite

$0.00

Box pallet BIP1210/M9L

External dimensions (mm):

1200x1000x915

Internal dimensions (mm):

1110x900x700M9L
weight (Kg):

41.5 (±2%)

Capacity (L):

700
Static Loading (Kg):

5000

Dynamic Loading (Kg):

1000
Racking loading (Kg):

 –

Trailer loading (pcs):

105
Material:

HDPE lng. Grade + UV Stablizer

Loading Q’ty lx40’ft HC :

82 pcs

Box pallet BIP1210/S2R Polymer & Composite

$0.00

Box pallet BIP1210/S2R

External dimensions (mm):

1200x1000x915

Internal dimensions (mm):

1110x900x70016
Weight (Kg):

43 (±2%)

External dimensions (mm):

1200x1000x915
Internal dimensions (mm):

1110x900x70025

Weight (Kg):

45 (±2%)
Capacity (L):

700

Static Loading (Kg):

5000
Dynamic Loading: (Kg):

1000

Racking loading (Kg):

1000
Trailer loading (pcs):

105

Material:

HDPE lng. Grade + UV Stablizer
Loading Q’ty lx40’ft HC:

82 pcs

Box pallet BIP1210/S2R Polymer & Composite

$0.00

Box pallet BIP1210/S2R

External dimensions (mm):

1200x1000x915

Internal dimensions (mm):

1110x900x70016
Weight (Kg):

43 (±2%)

External dimensions (mm):

1200x1000x915
Internal dimensions (mm):

1110x900x70025

Weight (Kg):

45 (±2%)
Capacity (L):

700

Static Loading (Kg):

5000
Dynamic Loading: (Kg):

1000

Racking loading (Kg):

1000
Trailer loading (pcs):

105

Material:

HDPE lng. Grade + UV Stablizer
Loading Q’ty lx40’ft HC:

82 pcs

Box pallet BIP1210/S2R Polymer & Composite

$0.00

Box pallet BIP1210/S2R

External dimensions (mm):

1200x1000x915

Internal dimensions (mm):

1110x900x70016
Weight (Kg):

43 (±2%)

External dimensions (mm):

1200x1000x915
Internal dimensions (mm):

1110x900x70025

Weight (Kg):

45 (±2%)
Capacity (L):

700

Static Loading (Kg):

5000
Dynamic Loading: (Kg):

1000

Racking loading (Kg):

1000
Trailer loading (pcs):

105

Material:

HDPE lng. Grade + UV Stablizer
Loading Q’ty lx40’ft HC:

82 pcs

Box pallet BIP1210/S9L Polymer & Composite

$0.00

Box pallet BIP1210/S9L

External dimensions (mm): 1200x1000x915 Internal dimensions (mm): 1110x900x700
Weight (Kg): 43.5 (±2%) Capacity (L): 700
Static Loading (Kg): 5000 Dynamic Loading: (Kg): 1000
Racking loading (Kg): – Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer Loading Q’ty lx40’ft HC: 82 pcs

Box pallet BIP1210/S9L Polymer & Composite

$0.00

Box pallet BIP1210/S9L

External dimensions (mm): 1200x1000x915 Internal dimensions (mm): 1110x900x700
Weight (Kg): 43.5 (±2%) Capacity (L): 700
Static Loading (Kg): 5000 Dynamic Loading: (Kg): 1000
Racking loading (Kg): – Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer Loading Q’ty lx40’ft HC: 82 pcs

Box pallet BIP1210/S9L Polymer & Composite

$0.00

Box pallet BIP1210/S9L

External dimensions (mm): 1200x1000x915 Internal dimensions (mm): 1110x900x700
Weight (Kg): 43.5 (±2%) Capacity (L): 700
Static Loading (Kg): 5000 Dynamic Loading: (Kg): 1000
Racking loading (Kg): – Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer Loading Q’ty lx40’ft HC: 82 pcs

Box Pallet with Foldable wall Polymer & Composite

$0.00

Box Pallet with Foldable wall

External dimensions (mm): 1200x1000x915 Internal dimensions (mm): 1110x900x7009137
Weight (Kg): 43 (±2%) Capacity (L): 700
Static Loading (Kg): 5000 Dynamic Loading: (Kg): 1000
Racking loading (Kg): 1000 Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer Loading Q’ty lx40’ft HC: 82 pcs

Box Pallet with Foldable wall Polymer & Composite

$0.00

Box Pallet with Foldable wall

External dimensions (mm): 1200x1000x915 Internal dimensions (mm): 1110x900x7009137
Weight (Kg): 43 (±2%) Capacity (L): 700
Static Loading (Kg): 5000 Dynamic Loading: (Kg): 1000
Racking loading (Kg): 1000 Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer Loading Q’ty lx40’ft HC: 82 pcs

Box Pallet with Foldable wall Polymer & Composite

$0.00

Box Pallet with Foldable wall

External dimensions (mm): 1200x1000x915 Internal dimensions (mm): 1110x900x7009137
Weight (Kg): 43 (±2%) Capacity (L): 700
Static Loading (Kg): 5000 Dynamic Loading: (Kg): 1000
Racking loading (Kg): 1000 Trailer loading (pcs): 105
Material: HDPE lng. Grade + UV Stablizer Loading Q’ty lx40’ft HC: 82 pcs

Brackish water treatment system

$0.00

Introduction

Desalination is considered as a common solution for the regions with shortage of fresh water resources. There are various methods for brackish and sea water desalination.

PNF Company has developed modified electro dialysis technology as an appropriate and efficient for desalination.

The developed process is an electrochemical technique in which the ionic contaminants are removed from the aqueous solution. In this method, separation of salt from water is conducted in the presence of anionic and cationic membranes under the influence of an electric field. 

Brackish water treatment system

$0.00

Introduction

Desalination is considered as a common solution for the regions with shortage of fresh water resources. There are various methods for brackish and sea water desalination.

PNF Company has developed modified electro dialysis technology as an appropriate and efficient for desalination.

The developed process is an electrochemical technique in which the ionic contaminants are removed from the aqueous solution. In this method, separation of salt from water is conducted in the presence of anionic and cationic membranes under the influence of an electric field. 

Brackish water treatment system

$0.00

Introduction

Desalination is considered as a common solution for the regions with shortage of fresh water resources. There are various methods for brackish and sea water desalination.

PNF Company has developed modified electro dialysis technology as an appropriate and efficient for desalination.

The developed process is an electrochemical technique in which the ionic contaminants are removed from the aqueous solution. In this method, separation of salt from water is conducted in the presence of anionic and cationic membranes under the influence of an electric field.