- Materials from Mopla Srl
materials
OVERVIEW OF MATERIALS PROCESSED BY MOPLA
At MOPLA, we carefully select materials to ensure the highest quality and performance of our products.
Here is an overview of the materials we use and their specific applications:
POM
(Polyoxymethylene)
The POM is renowned for its high mechanical strength, dimensional stability and low friction resistance, making it ideal for the production of gears and mechanical components.
Its durability and wear resistance make it an excellent choice for applications requiring long service life and reliability.
POM
(Polyoxymethylene)
The POM is renowned for its high mechanical strength, dimensional stability and low friction resistance, making it ideal for the production of gears and mechanical components.
Its durability and wear resistance make it an excellent choice for applications requiring long service life and reliability.
PC
(Polycarbonate)
PC is valued for its excellent transparency, colorability and impact resistance.
It is widely used to create transparent, translucent parts and structural components in various industries, including automotive and electronics, where optical characteristics are essential.
PC
(Polycarbonate)
PC is valued for its excellent transparency, colorability and impact resistance.
It is widely used to create transparent, translucent parts and structural components in various industries, including automotive and electronics, where optical characteristics are essential.
ABS
(Acrylonitrile Butadiene Styrene)
Versatile and easily colored,ABS finds use in a wide range of products, from protective elements to aesthetic components in various industries.
Its good impact resistance and ease of processing make it suitable for a variety of applications.
ABS
(Acrylonitrile Butadiene Styrene)
Versatile and easily colored,ABS finds use in a wide range of products, from protective elements to aesthetic components in various industries.
Its good impact resistance and ease of processing make it suitable for a variety of applications.
PPA
(Polyphthalamide)
PPA is chosen for applications requiring resistance to heat and chemicals.
This material is ideal for components that must maintain high performance in demanding environments.
PPA
(Polyphthalamide)
PPA is chosen for applications requiring resistance to heat and chemicals.
This material is ideal for components that must maintain high performance in demanding environments.
PPS
(Phenylene polysulfide)
With its remarkable thermal stability and chemical resistance, PPS is perfect for electrical and electronic components and high-temperature applications, being a self-extinguishing resin without the need for additional fillers, ensuring reliability and longevity under demanding conditions.
PPS
(Phenylene polysulfide)
With its remarkable thermal stability and chemical resistance, PPS is perfect for electrical and electronic components and high-temperature applications, being a self-extinguishing resin without the need for additional fillers, ensuring reliability and longevity under demanding conditions.
PP
(Polypropylene)
PP is known for its flexibility and chemical resistance, making it suitable for a wide range of applications, from consumer products to industrial components, due in part to its versatility and durability.
Its physicochemical characteristics enable it to easily achieve approvals for contact with water and food.
PP
(Polypropylene)
PP is known for its flexibility and chemical resistance, making it suitable for a wide range of applications, from consumer products to industrial components, due in part to its versatility and durability.
Its physicochemical characteristics enable it to easily achieve approvals for contact with water and food.
PET
(Polyethylene Terephthalate)
Often used in food and liquid containers, PET offers excellent barrier, chemical and mechanical resistance properties, making it also suitable for engineering applications such as housing.
PET
(Polyethylene Terephthalate)
Often used in food and liquid containers, PET offers excellent barrier, chemical and mechanical resistance properties, making it also suitable for engineering applications such as housing.
PA4.6 and PA6.6 (Polyamides)
Polyamides, such as PA4.6 and PA6.6, offer superior heat resistance, stiffness and excellent sliding properties, ideal for components requiring wear resistance and dimensional stability.
PA4.6 is used to develop gears that work at high temperatures.
PA4.6 and PA6.6 (Polyamides)
Polyamides, such as PA4.6 and PA6.6, offer superior heat resistance, stiffness and excellent sliding properties, ideal for components requiring wear resistance and dimensional stability.
PA4.6 is used to develop gears that work at high temperatures.
PBT
(Polybutylene Terephthalate)
PBT is valued for its weather resistance and dimensional stability, being a reliable choice for outdoor applications and variable environmental conditions.
PBT
(Polybutylene Terephthalate)
PBT is valued for its weather resistance and dimensional stability, being a reliable choice for outdoor applications and variable environmental conditions.
PEEK
(Polyether Heterketone)
This high-performance material is known for its high temperature resistance and superior mechanical properties, ideal for advanced applications that require maximum performance even at high tribological stresses combined with high temperatures.
PEEK
(Polyether Heterketone)
This high-performance material is known for its high temperature resistance and superior mechanical properties, ideal for advanced applications that require maximum performance even at high tribological stresses combined with high temperatures.
PSU
(Polysulfone)
PSU is chosen for its outstanding properties, such as heat and radiation resistance, and dimensional stability, which are essential in fields such as electronics and engineering.
PSU
(Polysulfone)
PSU is chosen for its outstanding properties, such as heat and radiation resistance, and dimensional stability, which are essential in fields such as electronics and engineering.
PPO
(Polyphenylene Oxide)
PPO is used to make parts that must possess resistance to impact even at low temperatures, abrasion and aging, combined with good elasticity.
It finds use in items for electronics, plumbing and solar panel components.
PPO
(Polyphenylene Oxide)
PPO is used to make parts that must possess resistance to impact even at low temperatures, abrasion and aging, combined with good elasticity.
It finds use in items for electronics, plumbing and solar panel components.
Other Materials
and Charges
Fillers such as fiberglass, PTFE, carbon fiber, talc and mineral fillers to polymers improves properties such as mechanical and thermal resistance and friction coefficient reduction, further expanding the application possibilities of our materials.
There are also types of charges that make the polymer capable of transmitting heat and/or permeable to electrical charges.
The addition of these fillers makes it possible to develop complex geometries of plastic artifacts, giving specific properties according to requirements.
Other Materials
and Charges
Fillers such as fiberglass, PTFE, carbon fiber, talc and mineral fillers to polymers improves properties such as mechanical and thermal resistance and friction coefficient reduction, further expanding the application possibilities of our materials.
There are also types of charges that make the polymer capable of transmitting heat and/or permeable to electrical charges.
The addition of these fillers makes it possible to develop complex geometries of plastic artifacts, giving specific properties according to requirements.
Get in touch with us
Are you Ready to Elevate the Quality and Innovation of Your Projects?
At MOPLA, we are ready to listen to you and work with you to find the best solutions that meet your needs.
Contact us today to discuss how we can support your success with our high-quality services and products.
