Screws made of PA66 and PA66GF30, high-quality technical materials that combine excellent mechanical strength, good thermal stability, and suitable chemical resistance. They offer a lightweight and reliable alternative to metal screws in a wide range of industrial applications.

Main properties
Thermal: PA66 up to 100 °C, PA66GF30 up to 120 °C continuous use
Mechanical: high strength, improved stiffness with glass fiber, good dimensional stability
Chemical: good resistance to oils, greases, hydrocarbons and common solvents

Advantages over metal screws
• Lower weight without compromising strength
• Corrosion resistant, even in aggressive environments
• Electrically and thermally insulating
• Non-magnetic, non-conductive and spark-free
• Absorb vibrations and reduce noise
• Less maintenance and longer durability under harsh conditions

Ideal for sectors such as electrical, electronics, automotive, construction, HVAC and general industry.


  RAL colors manufactured 

  Possible to get dyed colors 

Drawing PDF:  
UL94:   V2  
IP:   
RoHS:    
Measures expressed in: Millimeters
Video:  


Reference
Metric Thread
L
A
Simliar DIN
Simliar ISO
 
 
 
More
Info.
00100100913 M2 4,00 3,95 DIN 963 ISO 2009  
00100100914 M2 5,00 3,95 DIN 963 ISO 2009  
00100100915 M2 6,00 3,95 DIN 963 ISO 2009  
00100100916 M2 8,00 3,95 DIN 963 ISO 2009  
00100100917 M2 10,00 3,95 DIN 963 ISO 2009  
00100100918 M2 11,00 3,95 DIN 963 ISO 2009  
00100100919 M2 12,00 3,95 DIN 963 ISO 2009  
00100100920 M2 16,00 3,95 DIN 963 ISO 2009  
00100100921 M2 25,00 3,95 DIN 963 ISO 2009  
00100100922 M2,5 4,00 4,95 DIN 963 ISO 2009  
00100100923 M2,5 5,00 4,95 DIN 963 ISO 2009  
00100100924 M2,5 6,00 4,95 DIN 963 ISO 2009  
00100100925 M2,5 8,00 4,95 DIN 963 ISO 2009  
00100100926 M2,5 10,00 4,95 DIN 963 ISO 2009  
00100100927 M2,5 12,00 4,95 DIN 963 ISO 2009  
00100100928 M2,5 16,00 4,95 DIN 963 ISO 2009  
00100100929 M2,5 20,00 4,95 DIN 963 ISO 2009  
00100100930 M2,5 25,00 4,95 DIN 963 ISO 2009  
03100302074 M3 5,00 5,60 DIN 963 ISO 2009  
03100302075 M3 6,00 5,60 DIN 963 ISO 2009  
03100302076 M3 8,00 5,60 DIN 963 ISO 2009  
03100302078 M3 10,00 5,60 DIN 963 ISO 2009  
03100302079 M3 12,00 5,60 DIN 963 ISO 2009  
03100302081 M3 16,00 5,60 DIN 963 ISO 2009  
03100302128 M3 20,00 5,60 DIN 963 ISO 2009  
03100302130 M3 25,00 5,60 DIN 963 ISO 2009  
03100302132 M3 30,00 5,60 DIN 963 ISO 2009  
03100302134 M3 35,00 5,60 DIN 963 ISO 2009  
00100100941 M3 42,00 5,75 DIN 963 ISO 2009  
00100100942 M3,5 5,00 7,55 DIN 963 ISO 2009  
00100100943 M3,5 6,00 7,55 DIN 963 ISO 2009  
00100100944 M3,5 8,00 7,55 DIN 963 ISO 2009  
00100100945 M3,5 10,00 7,55 DIN 963 ISO 2009  
00100100946 M3,5 16,00 7,55 DIN 963 ISO 2009  
01000100048 M3,5 20,00 7,35 DIN 963 ISO 2009  
00100100947 M3,5 25,00 7,55 DIN 963 ISO 2009  
00100100948 M3,5 35,00 7,55 DIN 963 ISO 2009  
03100302139 M4 6,00 7,50 DIN 963 ISO 2009  
03100302141 M4 8,00 7,50 DIN 963 ISO 2009  
03100302142 M4 10,00 7,50 DIN 963 ISO 2009  
03100302144 M4 12,00 7,50 DIN 963 ISO 2009  
03100302148 M4 16,00 7,50 DIN 963 ISO 2009  
03100302152 M4 20,00 7,50 DIN 963 ISO 2009  
03100302155 M4 25,00 7,50 DIN 963 ISO 2009  
03100302157 M4 30,00 7,50 DIN 963 ISO 2009  
03100302159 M4 35,00 7,50 DIN 963 ISO 2009  
00100100959 M5 6,00 9,65 DIN 963 ISO 2009  
00100100960 M5 8,00 9,65 DIN 963 ISO 2009  
03100302167 M5 10,00 9,20 DIN 963 ISO 2009  
03100302169 M5 12,00 9,20 DIN 963 ISO 2009  
03100302173 M5 16,00 9,20 DIN 963 ISO 2009  
03100302177 M5 20,00 9,20 DIN 963 ISO 2009  
03100302181 M5 25,00 9,20 DIN 963 ISO 2009  
03100302182 M5 30,00 9,20 DIN 963 ISO 2009  
03100302184 M5 35,00 9,20 DIN 963 ISO 2009  
00100100968 M5 40,00 9,65 DIN 963 ISO 2009  
00100100969 M6 8,00 11,75 DIN 963 ISO 2009  
03100302196 M6 10,00 11,00 DIN 963 ISO 2009  
03100302198 M6 12,00 11,00 DIN 963 ISO 2009  
03100302201 M6 16,00 11,00 DIN 963 ISO 2009  
03100302204 M6 20,00 11,00 DIN 963 ISO 2009  
03100302208 M6 25,00 11,00 DIN 963 ISO 2009  
03100302209 M6 30,00 11,00 DIN 963 ISO 2009  
01000100049 M6 30,00 11,00 DIN 963 ISO 2009  
03100302210 M6 35,00 11,00 DIN 963 ISO 2009  
00100100977 M6 45,00 11,75 DIN 963 ISO 2009  
00100100978 M6 50,00 11,75 DIN 963 ISO 2009  
03100302220 M8 10,00 14,50 DIN 963 ISO 2009  
03100302221 M8 12,00 14,50 DIN 963 ISO 2009  
03100302225 M8 16,00 14,50 DIN 963 ISO 2009  
03100302228 M8 20,00 14,50 DIN 963 ISO 2009  
03100302231 M8 25,00 14,50 DIN 963 ISO 2009  
03100302233 M8 30,00 14,50 DIN 963 ISO 2009  
03100302234 M8 35,00 14,50 DIN 963 ISO 2009  
03100302235 M8 40,00 14,50 DIN 963 ISO 2009  
00100100984 M8 50,00 16,35 DIN 963 ISO 2009  
00100100985 M10 20,00 18,90 DIN 963 ISO 2009  
00100100986 M10 25,00 18,90 DIN 963 ISO 2009  
00100100987 M10 30,00 18,90 DIN 963 ISO 2009  
00100100988 M10 35,00 18,90 DIN 963 ISO 2009  
00100100989 M10 60,00 18,90 DIN 963 ISO 2009  

If you are interested in our family MTAR, you may be interested in these families as well:

Our MTH <b>hex</b> nuts with metric thread, similar to <b>DIN 2510</b>, made of <b>PA66</b> (Polyamide 66 “Nylon”), offer excellent resistance to chemical products (see technical sheet), a high level of dielectric strength, do not oxidize and prevent damage caused by overvoltage   <p><strong>Countersunk washer</strong> made of <strong>PA66</strong>, designed for countersunk screws to provide a clean and uniform finish. Protects the surface, compensates minor misalignments and can function as a <strong>stop, spacer or sliding element</strong>. A stable, aesthetic solution for furniture, carpentry and electrical or industrial equipment.</p>   <p>Screws made of <strong>PA66</strong> and <strong>PA66GF30</strong>, high-quality technical materials that combine excellent mechanical strength, good thermal stability, and suitable chemical resistance. They offer a lightweight and reliable alternative to metal screws in a wide range of industrial applications.</p>

<p><strong>Main properties</strong><br>
• <strong>Thermal:</strong> PA66 up to 100 °C, PA66GF30 up to 120 °C continuous use<br>
• <strong>Mechanical:</strong> high strength, improved stiffness with glass fiber, good dimensional stability<br>
• <strong>Chemical:</strong> good resistance to oils, greases, hydrocarbons and common solvents</p>

<p><strong>Advantages over metal screws</strong><br>
• Lower weight without compromising strength<br>
• Corrosion resistant, even in aggressive environments<br>
• Electrically and thermally insulating<br>
• Non-magnetic, non-conductive and spark-free<br>
• Absorb vibrations and reduce noise<br>
• Less maintenance and longer durability under harsh conditions</p>

<p>Ideal for sectors such as electrical, electronics, automotive, construction, HVAC and general industry.</p>   <p>Screws made of <strong>PA66</strong> and <strong>PA66GF30</strong>, high-quality technical materials that combine excellent mechanical strength, good thermal stability, and suitable chemical resistance. They offer a lightweight and reliable alternative to metal screws in a wide range of industrial applications.</p>

<p><strong>Main properties</strong><br>
• <strong>Thermal:</strong> PA66 up to 100 °C, PA66GF30 up to 120 °C continuous use<br>
• <strong>Mechanical:</strong> high strength, improved stiffness with glass fiber, good dimensional stability<br>
• <strong>Chemical:</strong> good resistance to oils, greases, hydrocarbons and common solvents</p>

<p><strong>Advantages over metal screws</strong><br>
• Lower weight without compromising strength<br>
• Corrosion resistant, even in aggressive environments<br>
• Electrically and thermally insulating<br>
• Non-magnetic, non-conductive and spark-free<br>
• Absorb vibrations and reduce noise<br>
• Less maintenance and longer durability under harsh conditions</p>

<p>Ideal for sectors such as electrical, electronics, automotive, construction, HVAC and general industry.</p>   Our flat <b>Phillips</b> head screws made of <b>PA66</b>, provide excellent resistance against chemicals (see table of properties). It is a material with a high level of dielectric strength, it does not rust and prevents damage due to breaking strength during mechanical stress.  



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