Inventory of consumer products containing
nanomaterials
RIVM letter report 340120001
SIR Advisory report 11124
Version July 27, 2007
Authors:
S. Dekkers, L.C.H. Prud'homme De Lodder, R. de Winter, A.J.A.M.
Sips, W.H. de Jong
This investigation has been performed by order and for the account of the Food and
Consumer Product Safety Authority (VWA), within the framework of project V340120
(Health Risks of the application of nanotechnology in consumer products).
Contents
1.
Introduction 3
2.
Methods 5
3.
Limitations 7
4.
Results 8
5.
Conclusions 11
6.
References 12
1. Introduction
Nanotechnology is a promising technology which enables the development and application of
many different types of products. Nanomaterials are developed and used because they have
specific physico-chemical properties, such as improved electromagnetic properties, catalytic
properties, pharmacokinetic and targeting properties, strength, stiffness, stability, etc.
Although different terms and definitions are used in the scientific literature, in this report the
term nanomaterials is used to indicate engineered materials which contain structures with a
size of less than 100 nm in at least one dimension. These materials include free nanoparticles
as well as nanomaterials that are attached to or incorporated into the matrix of larger
structures. Naturally occurring and unintentionally produced nanomaterials are not included
in this definition.
Important areas of application for nanomaterials are electronics, pharmaceuticals and foods.
This report focuses on the use of nanomaterials in consumer products (non-food products
intended for the consumer). Although several consumer products containing nanomaterials
are already available on the Dutch market, there is still a lack of knowledge about the
potential health risks of nanomaterials. However, it can not be excluded that the specific
physico-chemical properties which make nanomaterials so interesting may also lead to
specific risks. For instance, smaller particles have a greater surface area per unit mass than
larger particles, which may render them more reactive. This may result in an increased
reactivity with biological systems which may lead to an increased toxicity. In addition, there
are indications that the small particle size may allow nanomaterials to travel more easily
through the body compared to large particles. It is generally assumed that the most important
health risks of nanomaterials are to be expected from free nanoparticles. For nanomaterials
that are attached to or integrated into larger materials or structures, like for example coatings,
the health risks are considered minimal, as long as the nanomaterials remain in the matrix or
bound to the surface of the larger material, and therefore are not available for exposure.
Within RIVM project V340120 (Health Risks of the application of nanotechnology in
consumer products) one of the additional knowledge questions of 2006 posed by the Food
and Consumer Product Safety Authority (VWA) was: “9.1.6a Start with an inventory of
possible exposure of consumers to products which are manufactured with nanotechnology or
which contain nanoparticles”.
There are no specific regulations concerning the authorization of products containing
nanomaterials. However from an inventory of consumer products containing nanomaterials in
the US, it is known that at least 475 consumer products which claim to have used
nanotechnology are available on the US market (Woodrow Wilson International Centre for
Scholars, 2007). To estimate the possible exposure of Dutch consumers you need to know
which type of products in which nanotechnology is used are or will become available on the
Dutch market. For this purpose an inventory of consumer products containing nanomaterials
in the Netherlands is being made. The available products and the description of these
products may give an indication of the potential exposure of consumers to nanomaterials
from the use of nanotechnology in consumer products.
2. Methods
For the inventory information was obtained from different sources. In Table 2.1 it is listed
which information was obtained from which data source.
Table 2.1: Information obtained from different data sources
Data source
Information about
a
Internet sites of Dutch manufacturers
Manufacturers and distributors
Available products and their application
Products under development
b
Woodrow Wilson International Centre
for Scholars database of consumer
products
Manufacturers
Available products and their application
c
Nanoshop database
Manufacturers
Available products and their application
c
Information from manufacturers present
at Nanosolutions in Köln
Manufacturers
Available products and their application
d
Internet sites of foreign manufacturers
Additional information to b and c
Products under development
e
Contact with Dutch manufacturers
Additional information to a
From the databases (b and c), only products from EU manufacturers or well known
multi-nationals were selected, since it was expected that products from these multimulti-nationals are also
available on the Dutch market. The available information on each product was put into an
excel file. A more specific description of each column in this file is given in Table 2.2.
Table 2.2: More specific description of the information obtained for each consumer
product
General information
Product nr.
our numbering of the products
Name of product
the name given by the manufacturer/distributor
Information about the manufacturers and distributors
Name of manufacturer
the name of the manufacturer
Country of manufacturing
the abbreviation of the country of the manufacturer
Country of distributors
the abbreviations of the countries of the distributors
Order via internet
possibility to order via internet (yes or no)
Information about type of product
Type product
category as in Woodrow Wilson International Centre for
Scholars database
Subtype product
subcategory (see Table 2.3)
Information about the nanoparticles
Matrix nanoparticles
fluid, solid, powder, coating, gas, etc.
Chemical composition
gold, silver, TiO2, etc.
Reference
Source
database (e.g. Woodrow Wilson International Centre for
Scholars, Nanoshop) or internet search
The different products were categorized into several product categories and subcategories,
similar to the categories used in the Woodrow Wilson International Centre for Scholars
database (see Table 4.1).
3. Limitations
It was not possible to obtain a complete overview of all consumer products containing
nanomaterials that are available on the Dutch market, since:
a)
there are products with the claim “nano” on the market that do not contain
nanomaterials and have not been produced with nanotechnology either
b)
not all producers advertise their products as such and there is (at present) no legal
obligation to inform consumers or label products that contain nanomaterials
c)
the amount of available products containing nanomaterials is large and fast growing
d)
it is difficult to find out in which countries or parts of the world the products are
available
Add a) an example of a false “nano” claim is the ‘Magic Nano’spray. This protective glass
and bathroom sealant that was recalled in late March 2006 in Germany after causing severe
breathing problems for some consumers, did not contain any nanoparticles (Small Times,
2006). Although no other examples of products with a false “nano claim” were encountered
yet, it cannot be excluded that this inventory includes such products, since it was not
confirmed if these products actually do contain nanomaterials.
Add b) in the UK, the Voluntary reporting scheme (VRS) for manufactured Nanomaterials
was launched on 22nd September 2006. An update on the scheme’s progress during its first 9
months, reported a total of 9 VRS submissions. The Advisory Committee for Hazardous
substances (ACHS) felt that the current low level of response to the scheme, and the variable
quality and relevance of data submitted was due, in part at least, to shortcomings in the
scheme guidance, particularly in defining how the data submitted will be used and what data
might be relevant. The Committee has recommended some changes to aid clarity in both the
data reporting form and VRS literature. These recommendations will be taken forward by
Defra (DEFRA, 2007).
Add c) as of May 2007, the Woodrow Wilson nanotechnology consumer products inventory
has grown by 124% (from 212 to 475 products) since it was released in March 2006
(Woodrow Wilson International Centre for Scholars, 2007).
Add d) although it is not always clear whether a product is available on the Dutch market, it
could be assumed that via Internet there is almost a world-wide availability of all kinds of
consumer products.
Therefore, the excel file listing the different consumer products probably does not contain all
the available products within each category and only includes consumer products which are
expected to contain nanomaterials based on the information from one of the databases or
internet sites. Since it was not confirmed if the products actually do contain nanomaterials,
some of these products may not contain nanomaterials.
4. Results
In total 143 consumer products containing nanomaterials were identified. Most of these
products belong to the category “Home furnishing & household products”. The subcategories
“Cleaning products” and “Coatings” contained many consumer products. The number of
products within each product category and subcategory can be found in Table 4.1.
Surprisingly, only two products were identified within the subcategory “Sun cosmetics”.
Since the use of nano-scaled titanium dioxide and zinc oxide in sun cosmetics is one of the
first and well known applications of nanomaterials in consumer products, this subcategory
was expected to contain a relatively large amount of products. One of the reasons for this
discrepancy may be that many sun cosmetics containing nanomaterials are probably not
advertised as such (anymore). Another reason may be that there are not as many sun
cosmetics containing nanomaterials on the market anymore. Since, the most important reason
for the relatively small amount of products identified within the subcategory “Sun cosmetics”
is unknown, it is impossible to estimate the actual amount of nanomaterial-containing sun
cosmetics available. The classification of the products into the different categories was
difficult. Although many products may belong to more than one category, each product was
assigned to one product category to avoid counting one product twice.
Table 4.1: Number of products per product category* and per subcategory
Type of product
Nr. Subtype of product
Nr.
Large Kitchen appliances (refrigerators)
2
Laundry and clothing care (washing machines)
3
Air Filtration and purification
Air Conditioning
Air/water Sanitizers/Neutralisers
Appliances
5
Batteries
Audio
1
Cameras and film
1
Computer hardware
2
Display
1
Mobile devices and communications
Television
Video
Electronics &
computers
7
Memory
2
Cleaning products
21
Cooking utensils (cutting board)
3
Furnishing (pillows, etc.)
Luxury (jewellery, etc.)
Construction materials
10
Home furnishing &
household products
42
Paint
8
Type of product
Nr. Subtype of product
Nr.
Maintenance and accessories (wax/air purification)
1
Food packaging
1
Food Packaging
1
Sensors in food packages
Sun cosmetics
2
Baby care products
Hair care (shampoo, gel, hair dyes, etc.)
Skin care (shower gel, creams, deodorant, foot care, shaving
soap, etc)
12
Oral hygiene (toothpaste, mouth wash)
1
Personal care
products & cosmetics
15
Make-up and nail care (lipstick, eye shadow, etc.)
Wound dressing
4
Hearing aids
Health
6
Other health products
2
Sporting goods
10 Rackets, bats, golf clubs, etc.
10
Clothing
12
Textile
15
Other textiles (sheets, etc.)
3
Toys
Toys & games
Games
Cross-cutting
(multi-functional)
28 Coatings (anti-fog, self-cleaning, etc.)
28
Miscellaneous
1
Miscellaneous
1
* Categories were modified from the database of the Woodrow Wilson International Centre for
Scholars
Information on the manufacturers and/or distributors of the products was not easily found for
many products. However, based on searches at various websites, it seems that most of the
products are manufactured outside the Netherlands, but have distributors within the
Netherlands and many other European countries. In addition, several products without a
Dutch manufacturer or distributor can be ordered via an internet sites. Therefore most of the
products (approximately 120) are expected to be available on the Dutch market.
Table 4.2: Number of products available on the Dutch market
Description
Nr %
Products from Dutch manufacturers
11
8
Products with Dutch distributors
114 80
Products without a Dutch manufacturer/distributor that can be ordered via internet
6
4
Products available on the Dutch market
120 84
From the description of the products on the websites or within the databases, it is not always
clear which nanomaterials are used and how they are incorporated into the products. Based
on the descriptions of the product, the way the nanomaterials were incorporated into the
product was inferred. Most of the products are liquids, sometimes contained within spray can
or in a bottle with a spray head. An overview of the different ways nanomaterials are
incorporated into the consumer products can be found in Table 4.3.
Table 4.3: Matrix used in consumer products containing nanomaterials.
Description
Nr
%
Matrix nanoparticles
liquids (fluids, sprays and moisturised tissues)
78
55
creams and pastes
13
9
solids, coatings and textiles
50
35
powder
1
1
gass
Only for a few products, information on the chemical composition of the nanomaterials was
obtained. An overview of the nanomaterials used within products from our inventory as well
as the Woodrow Wilson International Centre for Scholars database is given in Table 4.4.
Table 4.4: Chemical composition of nanomaterials in the consumer products
Our inventory
Woodrow Wilson*
Description
Nr
%
Nr
%
Chemical composition
silver
11
7
47
13
carbon (carbon nanotubes, carbon fibres)
6
4
40
11
silica
6
4
18
5
titanium and titanium dioxide
1
1
13
4
polymers
1
1
calcium phosphate
1
1
zinc oxide
17
5
cerium oxide
1
0
* Woodrow Wilson International Centre for Scholars Analysis November 26, 2006, containing 356
products
5. Conclusions
Within this project 143 consumer products which are a) expected to contain nanomaterials
and b) probably available at the Dutch market, were identified. However, it was not
confirmed if these products actually do contain nanomaterials. The list of identified products
probably does not contain all the available products, since there is no legal obligation to
inform consumers or label products that contain nanomaterials.
Most of the 143 identified consumer products containing nanomaterials belong to the
category “Home furnishing & household products”. The subcategories “Cleaning products”
and “Coatings” contained many consumer products. Most of the identified products
(approximately 120) are expected to be available on the Dutch market.
With respect to exposure, it is important to know if the nanomaterial is incorporated into
larger materials (which is the case for most solid applications) or if the material consists of
nanoparticles to be released in the air (as aerosols) or present in a liquid form (in an emulsion
or suspension). The potential exposure is expected to be much higher for this last two groups
of nanomaterials (nanoparticles). Therefore the potential exposure of consumers using
products containing liquids, creams, pastes and powders or available in spray application is
expected to be relatively high compared to solid products. However, if the nanomaterials are
not integrated into the matrix of larger materials, relatively high exposures may also be
possible during the use of solids, coatings or textiles. Inhalatory exposure is most likely to
occur with sprays and powders. Dermal exposure is most likely to occur with liquids, creams,
pastes, textiles and powders, especially skin care products. Oral exposure strongly depends
on the type of application, but is unlikely for most consumer products (except for products
like toothpastes). Since most consumer products (e.g.
fluids, sprays and moisturised tissues)
contain liquids, the potential inhalatory and dermal exposure of consumers during the use of
most of the consumer products may be relatively high. It should be noted, however, that this
potential exposure only indicates external exposure, which does not take into account if the
nanomaterials are taken up by the body.
The available information on the nanomaterials used within products from our inventory as
well as the Woodrow Wilson International Centre for Scholars database indicates that silver,
carbon and silica are the most widely used nanomaterials within consumer products.
However, since information about the chemical composition of nanoparticles was only
obtained for a few products, no firm conclusion with respect to most widely used
nanomaterials in consumer products can be made.
6. References
DEFRA (2007) The UK voluntary reporting scheme for engineered Nanoscale materials:
Third quarterly report, as at 22 June 2007. Available at:
http://www.defra.gov.uk/environment/nanotech/policy/pdf/vrs-report3.pdf
[Last accessed
July 2007].
Nanoforum (2006) Nanotechnology in Consumer Products. Available at:
http://www.nanoforum.org
[Last accessed April 2007].
Nanoshop (2007) The Nanotechnology Product Directory of Nanoshop. Available at:
http://www.nanoshop.com/index.php
[Last accessed April 2007].
Nanosolutions (2006) European Leading Event for Nano Business. Cologne, November
28-30, 2006.
Small Times (2006) Study shows no nano in Magic Nano, the German product recalled for
causing breathing problems. Available at:
http://www.smalltimes.com/Articles/Article_Display.cfm?ARTICLE_ID=270664&p=10
9
[Last accessed July 2007].
Woodrow Wilson International Centre for Scholars (2006) Analysis of The Nanotechnology
Consumer Inventory of November 26, 2006. Available at:
http://www.nanotechproject.org/44
[Last accessed April 2007]
Woodrow Wilson International Centre for Scholars (2007) The Nanotechnology Consumer
Inventory of the Woodrow Wilson International Centre for Scholars. Available at:
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S en si tiv e T oo th pa st e w ith H en ke l K G aA D U N L, o th er E U c ou nt ri es ye s Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-O ra l h yg ie ne (t oo th pa st e, m ou th w as h) pa st e ca lc iu m W oo dr ow W ils on w w w .h en ke 7 FX D ia m on d® R az or W ilk in so n Sw or d Lt d. 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K or ea D U , S I, IT no Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) flu id / ge l si lv er N an os ol ut io ns w w w .w el m er 13 O pt is ol U V a bs or be r O xo ni ca U K N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Su n co sm et ic s cr ea m na no sh op ht tp :// w w w .o 14 H Y D R A Z E N ® C R EA M La nc om e FR N L, o th er E U c ou nt ri es ye s Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) cr ea m W oo dr ow W ils on w w w .la nc om 15 R ev ita Li ft® D ou bl e Li fti ng L' O re al FR N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) cr ea m W oo dr ow W ils on w w w .lo re al 16 R ev ita Li ft® In te ns e Li ft T re am en t M as k L' O re al FR N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) cr ea m W oo dr ow W ils on w w w .lo re al 17 C al m in g em ul si on C ha ne l FR N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) cr ea m /fl ui d W oo dr ow W ils on ht tp :// um a. ch 18 H Y D R A F LA SH ® B R O N ZE R D ai ly F ac e La nc om e FR N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) cr ea m /fl ui d W oo dr ow W ils on w w w .la nc om 19 C oc o M ad em oi se lle F re sh M oi st ur e M is t C ha ne l FR N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Sk in c ar e (s ho w er g el , c re am s, d eo do ra nt , f oo t c ar e, s ha vi ng s oa p, e tc ) sp ra y W oo dr ow W ils on ht tp :// um a. ch 20 D io rS no w P ur e U V B as e SP F 50 D io r FR N L, o th er E U c ou nt ri es Pe rs on al c ar e pr od uc ts & c os m et ic s C ar e-Su n co sm et ic s cr ea m W oo dr ow W ils on ht tp :// sh op .n 21 N an o G la s en C er am ie k Pr oW IN N L N L, B E no C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? In te rn et s ea rc h w w w .p ro w in 22 N an o St on e Pr oW IN N L N L, B E no C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? In te rn et s ea rc h w w w .p ro w in 23 N an o Te xt ie l Pr oW IN N L N L, B E no C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? In te rn et s ea rc h w w w .p ro w in 24 N an o-H ol z-Pr ot ec to r D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .d ec ie .d 25 N an o-K un st st of f-Pr ot ec to r D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .d ec ie .d 26 N an o-M ar m or -P ro te ct or D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .d ec ie .d 27 N an o-M et al l-P ro te ct or D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .d ec ie .d 28 N an o-St ei n-Pr ot ec to r D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .d ec ie .d 29 X -c le an E C N an o-X D U ? no C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .n an o-x. 30 X -v ie w P K N an o-X D U ? no C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay ? N an os ol ut io ns w w w .n an o-x. 31 X -c le an A O N an o-X D U ? no C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) sp ra y or p ai nt ? N an os ol ut io ns w w w .n an o-x. 32 N an o-G la s-Pr ot ec to r D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) tis su e / s pr ay ? N an os ol ut io ns w w w .d ec ie .d 33 N an o-Te xt il-Le de r-Pr ot ec to r D e C ie G m bH (N an ot ec hn ol og y) D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) tis su e / s pr ay ? N an os ol ut io ns w w w .d ec ie .d 34 na no to l® P rim er /R ei ni ge r & V er si eg el un g N an ot ol ® H an de ls ge se lls ch af t, D U C H , D K , A T ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id po ly m er s N an os ol ut io ns w w w .n an ot ol 35 La se r e ye p ro te ct io n La se rv is io n D U C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) co at in g na no sh op ht tp :// w w w .lv 36 A nt i-c on de ns at io n fo r G la ss Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 37 A nt i-c on de ns at io n fo r S yn th et ic M at er ia ls Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 38 G la ss es P ro te ct io n 3 Pl us Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 39 N an o gl as s & c er am ic s co at in g Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 40 N an o G la ss -s ea lin g SR Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 41 N an o Pl as tic s Se al an t Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 42 N an ot ec hn ol og y C hr om e & S ta in le ss S te el Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /s pr ay In te rn et s ea rc h w w w .rv d-se 43 D at a Fl as h B es ch er m in gs ki t N an o M ul ti K le in m an n D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) flu id /ti ss ue In te rn et s ea rc h ht tp :// di sc ou 44 N an ot ec hn ol og y M ul ti Fo am Pe rc en t L td . D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) Fo am /s pr ay In te rn et s ea rc h w w w .rv d-se 45 H ol m en ko l L ub e ‘n S pe ed H O LM E N K O L Sp or t-D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) sp ra y In te rn et s ea rc h w w w .v er w oe 46 H ol m en ko l S ea l ' n G lid e H O LM E N K O L Sp or t-D U N L, o th er E U c ou nt ri es ye s C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) sp ra y In te rn et s ea rc h w w w .v er w oe 47 Po w er Im pr eg na tio n+ ca re H O LM E N K O L Sp or t-D U N L, o th er E U c ou nt ri es C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-f og , s el f-cl ea ni ng , e tc .) sp ra y W oo dr ow W ils on ht tp :// w w w .h
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Pro duc t n o. Nam e o f p rod uct Nam e o f m anu fac tur er Cou ntr y o f m anu fac turing n) tio via bre (ab Cou ntr y o f d ist rib uto
rs n) tio via bre (ab Ord er via in ter net (y es/ no) Typ e p rod uct (c ate gor y a
s n) ilso w W dro Woo in Sub typ e p rod uct Mat rix na nop ari cle s (f lui
d, ass , g ing oat r, c wde po id, sol
, .) etc Che mic al c om pos itio n (g old , ) tc. 2, e iO T er, silv Sou rce Web site pr odu ct 48 N an o A nt i-B es la g K le in m an n D U C ro ss -c ut tin g (m ul ti-fu nc tio na l) C ro ss -C oa tin gs (a nt i-fo g, s el f-cl ea ni ng , e tc .) tis su e/ fl ui d W oo dr ow W ils on w w w .k le in m an n. 49 C re at iv e Z en N an o Pl us C re at iv e Si ng ap or e N L , o th er E U c ou nt ri es ye s E le ct ro ni cs & c om pu te rs E le c-A ud io so lid In te rn et s ea rc h w w w .c re at iv e. co 50 N eo x th e ne xt g en er at io n pa pe r N eo x A U N L , o th er E U c ou nt ri es E le ct ro ni cs & c om pu te rs E le c-C am er as a nd fi lm so lid na no sh op w w w .m on di bp .c 51 C PU (c en tr al p ro ce ss in g un it) o f e ve ry M an y N L , o th er E U c ou nt ri es ye s E le ct ro ni cs & c om pu te rs E le c-C om pu te r h ar dw ar e so lid na no fo ru m 52 H ar d di sk d ri ve s of a ll co m pu te rs M an y N L , o th er E U c ou nt ri es ye s E le ct ro ni cs & c om pu te rs E le c-C om pu te r h ar dw ar e so lid na no fo ru m 53 L E D ( lig ht e m itt in g di od ) b as ed c on su m er M an y N L , o th er E U c ou nt ri es ye s E le ct ro ni cs & c om pu te rs E le c-D is pl ay so lid na no fo ru m 54 el ec tr ic al ly p ro gr am m ab le F us e (e Fu se ), an C av en di sh K in et ic s N L N L , U K no E le ct ro ni cs & c om pu te rs E le c-M em or y so lid in te rn et s ea rc h w w w .c av en di sh -k 55 fl as h m em or y ba se d co ns um er p ro du ct s M an y N L , o th er E U c ou nt ri es ye s E le ct ro ni cs & c om pu te rs E le c-M em or y so lid na no fo ru m 56 Fi rs t r es po ns e pr eg na nc y te st C hu rc h & D w ig ht U K ye s H ea lth H ea lth -O th er h ea lth p ro du ct s fl ui d/ ge l na no sh op ht tp :// w w w .c hu rc 57 B ep an th en C oo lin g Fo am S pr ay B ay er C on su m er C ar e L td . C H N L , ye s H ea lth H ea lth -O th er h ea lth p ro du ct s sp ra y In te rn et s ea rc h w w w .d ro gi st er ij. 58 A ct ic oa t* 7 a nt im ic ro bi ee l b ar ri er ek om pr es Sm ith & N ep he w U K N L , o th er E U c ou nt ri es no H ea lth H ea lth -W ou nd d re ss in g fl ui d/ ge l si lv er W oo dr ow W ils on ht tp :// w ou nd .s m ith 59 A ct ic oa t* A bs or be nt z ilv er ge co at Sm ith & N ep he w U K N L , o th er E U c ou nt ri es no H ea lth H ea lth -W ou nd d re ss in g fl ui d/ ge l si lv er W oo dr ow W ils on ht tp :// w ou nd .s m ith 60 A ct ic oa t* a nt im ic ro bi ee l b ar ri er ek om pr es Sm ith & N ep he w U K N L , o th er E U c ou nt ri es no H ea lth H ea lth -W ou nd d re ss in g fl ui d/ ge l si lv er W oo dr ow W ils on ht tp :// w ou nd .s m ith 61 A ct ic oa t* M oi st ur e C on tr ol a nt im ic ro bi ee l Sm ith & N ep he w U K N L , o th er E U c ou nt ri es no H ea lth H ea lth -W ou nd d re ss in g fl ui d/ ge l si lv er W oo dr ow W ils on ht tp :// w ou nd .s m ith 62 A A A B SO L U T N A N O B L A U , n ic ht A A A B SO LU T N A N O C H ? ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d ? N an os ol ut io ns w w w .a aa bs ol ut .c 63 A A A B SO L U T N A N O R O T , s au ge nd e A A A B SO LU T N A N O C H ? ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d ? N an os ol ut io ns w w w .a aa bs ol ut .c 64 N an o K oe lk as t A nt ib ac Pr oW IN N L N L , B E no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y ? In te rn et s ea rc h w w w .p ro w in -in fo 65 N an o pr ec le an Pr oW IN N L N L , B E no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y ? In te rn et s ea rc h w w w .p ro w in -in fo 66 N an o Sc hi m m el ki lle r Pr oW IN N L N L , B E no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y ? In te rn et s ea rc h w w w .p ro w in -in fo 67 N an o-G la sr ei ni ge r D e C ie G m bH (N an ot ec hn ol og y) D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y ? N an os ol ut io ns w w w .d ec ie .d e/ na 68 A A A B SO L U T N A N O fü r A qu ar ie n A A A B SO LU T N A N O C H ? ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ tis su e ? N an os ol ut io ns w w w .a aa bs ol ut .c 69 A nt is lip S pr ay Pr oW IN N L N L , B E no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y ? In te rn et s ea rc h w w w .p ro w in -in fo 70 C ol lo ni l N an oc re am C ol lo ni l S al ze nb ro dt G m bH & C o. D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts cr ea m In te rn et s ea rc h w w w .z w er fk ei .n 71 C er an s qu ar e se al in g Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct H om e-C le an in g pr od uc ts fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 72 N an o A nt is ta tic fo r La m in at e Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 73 N an o L ee r & T ex tie l C oa tin g (N an o Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 74 N an o M eu be lg la ns A nt is ta tis ch Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 75 N A N O R eg en -/S ne eu w sp ra y ?? D U N L ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y In te rn et s ea rc h w w w .k lin ge l.n l 76 N an o V oc ht -e n V ui lb lo ck er D ei ch m an n D U N L , o th er E U c ou nt ri es no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y In te rn et s ea rc h w w w .v an ha re n. nl 77 T an a N an o vu il-pr ot ec to r Sa ra L ee C an ad a N L , o th er E U c ou nt ri es no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y In te rn et s ea rc h w w w .b in k. be 78 C ol lo ni l N an op ro s pr ay C ol lo ni l S al ze nb ro dt G m bH & C o. D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y In te rn et s ea rc h w w w .z w er fk ei .n 79 H ol m en ko l T ex til e Pr oo f H O L M E N K O L S po rt -D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y In te rn et s ea rc h w w w .v er w oe rd -w 80 N oF og +c le an H O L M E N K O L S po rt -D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y W oo dr ow W ils on ht tp :// w w w .h ol m 81 Sp or tP ro of +C ar e H O L M E N K O L S po rt -D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y W oo dr ow W ils on ht tp :// w w w .h ol m 82 N an o T ex til -/L ed er -V er si eg el un g K le in m an n D U H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C le an in g pr od uc ts sp ra y W oo dr ow W ils on w w w .k le in m an n. 83 N an o so il se al in g fo r s uc ki ng s ub so ils Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 84 So il se al in g fo r l ow - t o no n-su ck in g su bs oi ls Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 85 W oo d & S to ne S ea lin g (a ls o Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es 86 E m ac o N an oC re te B A SF D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls po w de r na no sh op ht tp :// w w w .e m ac 87 A E R O SI L ® O X 5 0 Fi re re si st an t g la ss D eg us sa D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls so lid na no sh op ht tp :// w w w .d eg us 88 se lf c le an in g til e D eu ts ch e St ei nz eu g D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls so lid na no sh op ht tp :// w w w .d eu ts 89 se lf c le an in g ro of ti le s E rl us A G D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls so lid na no sh op ht tp :// w w w .e rl us 90 Pi lk in gt on A ct iv s el f c le an in g gl as s Pi lk in gt on U K N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls so lid na no sh op ht tp :// w w w .p ilk in 91 B IO C L E A N S E L F-C L E A N IN G G L A SS Sa in t G ob ai n G la ss U K N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls so lid na no sh op ht tp :// be nl .s ai nt -g 92 G eo hu m us s oi l e nh an ce r G eo hu m us D U H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C on st ru ct io n m at er ia ls so lid na no sh op ht tp :// w w w .g eo hu 93 N an o-si lv er c ho pp in g bo ar d Fi ne Po ly m er , I nc . K or ea D U , S I, IT no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C oo ki ng u te ns ils (c ut tin g bo ar d) so lid na no -s ilv er N an os ol ut io ns w w w .w el m er in g. 94 N an o-Fl on 3 -d el ig e pa nn en se t ?? N L ye s H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C oo ki ng u te ns ils (c ut tin g bo ar d) so lid In te rn et s ea rc h w w w .k lin ge l.n l 95 T he S w is s D ia m on d C oo kw ar e Sw is s D ia m on d C H U K , F R , A U , B G , e tc . H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-C oo ki ng u te ns ils (c ut tin g bo ar d) so lid na no sh op ht tp :// w w w .s w is sd
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Pro duc t n o. Nam e o f p rod uct Nam e o f m anu fac tur er Cou ntr y o f m anu fac turing n) tio via bre (ab Cou ntr y o f d ist rib uto
rs n) tio via bre (ab Ord er via in ter net (y es/ no) Typ e p rod uct (c ate gor y a
s n) ilso w W dro Woo in Sub typ e p rod uct Mat rix na nop ari cle s (f lui
d, ass , g ing oat r, c wde po id, sol
, .) etc Che mic al c om pos itio n (g old , ) tc. 2, e iO T er, silv Sou rce Web site pr odu ct 96 B io ni C le an B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d ? N an os ol ut io ns w w w .n an o-co at in gs 97 B io ni G ri p B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d ? N an os ol ut io ns w w w .n an o-co at in gs 98 B io ni H yg ie ni c B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d ? N an os ol ut io ns w w w .n an o-co at in gs 99 B io ni N at ur e B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d ? N an os ol ut io ns w w w .n an o-co at in gs 10 0B io ni R oo f B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d bi nd er s an d N an os ol ut io ns w w w .n an o-co at in gs 10 1B io ni P er fo rm B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d bi nd er s an d N an os ol ut io ns w w w .n an o-co at in gs 10 2 B io ni C om fo rt B io ni C S G m bH D U B E , L U , A T , E S, C H no H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d si lic at e N an os ol ut io ns w w w .n an o-co at in gs 10 3 St oL ot us an p ai nt w ith lo tu s-ef fe ct St o A G D U N L , o th er E U c ou nt ri es H om e fu rn is hi ng & h ou se ho ld p ro du ct s H om e-Pa in t fl ui d In te rn et s ea rc h w w w .s to .n l 10 4 O ve rh ea ds tif t ST A E D T L E R ® D U N L ye s M is ce lla ne ou s M is c-M is ce lla ne ou s fl ui d In te rn et s ea rc h ht tp :// di sc ou nt of fi ce 10 5 A A A B SO L U T N A N O s ac he t f ur A A A B SO LU T N A N O C H ? ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) tis su e ? N an os ol ut io ns w w w .a aa bs ol ut .c h/ 10 6 N an o-A nt ib es ch la g D e C ie G m bH ( N an ot ec hn ol og y) D U N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) tis su e / s pr ay ? N an os ol ut io ns w w w .d ec ie .d e/ na no 10 7N an o-Fe lg en -P ro te ct or D e C ie G m bH ( N an ot ec hn ol og y) D U N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) tis su e / s pr ay ? N an os ol ut io ns w w w .d ec ie .d e/ na no 10 8 N an o G la s Pr ot ec to r ? N L no M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) ? In te rn et s ea rc h w w w .h al fo rd s. nl 10 9 M er ce de s-B en z pa in t f in is h by D ai m le r D ai m le r C hr ys le r D U N L , o th er E U c ou nt ri es M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) co at in g W oo dr ow W ils on w w w .d ai m le rc hr ys le 11 0 C ar 2 C om po ne nt P ai nt S ea lin g Se t Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es .c 11 1 C ar G la ss C oa tin g Se t Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es .c 11 2 N an o 2 C om po ne nt b oa t's s ea lin g Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es .c 11 3N an o R im S ea la nt Pe rc en t L td . D U N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) fl ui d/ sp ra y In te rn et s ea rc h w w w .rv d-se rv ic es .c 11 4N an o La kb es ch er m in g A N W B N L N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) fl ui d/ sp ra y In te rn et s ea rc h ht tp s: //w eb w in ke l.a 11 5N an o R ui te nb es ch er m in g A N W B N L N L , o th er E U c ou nt ri es ye s M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) fl ui d/ sp ra y In te rn et s ea rc h ht tp s: //w eb w in ke l.a 11 6 N an o Fe lg en -V er si eg el un g K le in m an n D U M ot or v eh ic le s M ot or -E xt er io r (c oa tin g/ pa in , t ie rs ) tis su e/ fl ui d W oo dr ow W ils on w w w .k le in m an n. ne 11 7E nv ir ox O xo ni ca U K M ot or v eh ic le s M ot or -M ai nt en an ce a nd a cc es so ri es (w ax /a ir fl ui d na no sh op ht tp :// w w w .o xo ni ca 11 8 N an o-Si lv er F re sh B ox ® Fi ne Po ly m er , I nc . K or ea D U , S I, IT no Pa ck ag es ( in cl . f or fo od ) Pa ck -F oo d pa ck ag in g so lid si lv er N an os ol ut io ns w w w .w el m er in g. de 11 9 B ab ol at ® N S™ T ou r T en ni s R ac ke t B ab ol at FR N L , o th er E U c ou nt ri es Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid C ar bo n W oo dr ow W ils on w w w .b ab ol at .c om 12 0 B ab ol at ® N S™ D ri ve T en ni s R ac ke t B ab ol at FR N L , o th er E U c ou nt ri es Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid C ar bo n W oo dr ow W ils on w w w .b ab ol at .c om 12 1 Pr o' s Pr o N an os pe ed 5 00 0 te nn is ra ck et N L , o th er E U c ou nt ri es ye s Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid ca rb on In te rn et s ea rc h w w w .p ow er te nn is .n 12 2M on tr ea l h oc ke y st ic k M on tr ea l FI N L , o th er E U c ou nt ri es Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid ca rb on n an o tu be na no sh op ht tp :// w w w .m on tr ea 12 3M on ke yl ite S L E as to n U K N L , o th er E U c ou nt ri es Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid ca rb on n an o tu be na no sh op ht tp :// w w w .e as to nb 12 4 A to m ic S no w ® Iz or S ki s A to m ic S no w FI N L , o th er E U c ou nt ri es Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid si lic on o xi de c ry st al sW oo dr ow W ils on w w w .a to m ic sn ow .c 12 5 H ea d N an o-T ita ni um T en ni s R ac qu et s by H ea d A T N L , o th er E U c ou nt ri es ye s, Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid tit an iu m W oo dr ow W ils on w w w .h ea d. co m 12 6N an ob al l N an o S G m bH D U Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid na no sh op ht tp :// w w w .n an o- s-12 7 Pr o' s Pr o N an o C yb er P ow er 3 x 2 00 m N L , o th er E U c ou nt ri es ye s Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . so lid In te rn et s ea rc h w w w .p ow er te nn is .n 12 8 O ut do or s ch oe n m et N an oS ph er e R ai ch le U rb an C H no Sp or tin g go od s Sp or t-R ac ke ts , b at s, g ol f c lu bs , e tc . te xt ile In te rn et s ea rc h w w w .h ik in g-12 9O ve rh em d ?? N L ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile In te rn et s ea rc h w w w .k lin ge l.n l 13 0Pa nt al on ?? N L ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile In te rn et s ea rc h w w w .k lin ge l.n l 13 1 E le m en ts N an o-T ex J ac ke t b y Ja ck W ol fs ki n Ja ck W ol fs ki n D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .ja ck -w ol fs ki n. 13 2 H og ga r N an o-T ex P an ts b y Ja ck W ol fs ki n Ja ck W ol fs ki n D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .ja ck -w ol fs ki n. 13 3 N or th Pa nt s N an o-T ex P an ts b y Ja ck Ja ck W ol fs ki n D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .ja ck -w ol fs ki n. 13 4 O ve rs ea s N an o-T ex J ac ke t b y Ja ck W ol fs ki nJa ck W ol fs ki n D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .ja ck -w ol fs ki n. 13 5 N an o T ro us er s by P ro -I de e G m bH Pr o-Id ee G m bH D U N L , o th er E U c ou nt ri es ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .p ro id ee .c o. uk 13 6Sc ho ff el H ea t p an t Sc hö ff el S po rt be kl ei du ng G m bH D U N L , o th er E U c ou nt ri es no T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile In te rn et s ea rc h w w w .z w er fk ei .n l 13 7O ve rh em de n Fr es c W or k N L N L , o th er E U c ou nt ri es ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile In te rn et s ea rc h w w w .fr es c-w or k. co 13 8 Sh ie ld -s ys te m g lo ve s Fr an z Z ie ne r G m bH & C o. D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .z ie ne r.d e 13 9 T ai fu n N an o-T ex J ac ke t Ja ck W ol fs ki n D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on w w w .ja ck -w ol fs ki n. 14 0 Sa fa ri J ac ke t Pr o-Id ee G m bH & C o. K G D U N L , o th er E U c ou nt ri es ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-C lo th in g te xt ile W oo dr ow W ils on ht tp :// w w w .p ro id ee 14 1 T af el la ke n en s er ve tte n ?? N L ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-O th er te xt ile s (s he et s, e tc .) te xt ile In te rn et s ea rc h w w w .k lin ge l.n l 14 2ill um in at ed b us in es s ha nd ba g B re e D U N L , o th er E U c ou nt ri es T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-O th er te xt ile s (s he et s, e tc .) te xt ile na no sh op ht tp :// w w w .b re e. de 14 3 N an oN un o U m br el la b y Pr o-Id ee G m bH Pr o-Id ee G m bH D U N L , o th er E U c ou nt ri es ye s T ex til e (i nc l. cl ot he s & u ph ol st er y) T ex t-O th er te xt ile s (s he et s, e tc .) te xt ile W oo dr ow W ils on w w w .p ro id ee .c o. uk
