Resins / 460nm Resins
High Tensile UV 3D Resin
Available on back-order
MAGDBPBBKV205
High-tensile 3D printing resin for functional mechanical parts, engineering prototypes and industrial tooling.
Colour: Black
Size Bottle: 5Kg
£295.00 excl VAT
Select Quantity
5
FREE UK shipping on orders over £250
Volume Resin Discounts
| Units | Order Quantity | % Discount | Price per kg |
|---|---|---|---|
| 1-3 | 5-15kg | - | £59 |
| 4-11 | 20-55kg | 10% | £53.10 |
| 12-19 | 60-95kg | 15% | £50.15 |
| 20+ | 100kg+ | 25% | £44.25 |
Resins / 460nm Resins
High Tensile UV 3D Resin
Available on back-order
MAGDBPBBKV205
High-tensile 3D printing resin for functional mechanical parts, engineering prototypes and industrial tooling.
Colour: Black
Size Bottle: 5Kg
£295.00 excl VAT
Select Quantity
5
FREE UK shipping on orders over £250
Volume Resin Discounts
| Units | Order Quantity | % Discount | Price per kg |
|---|---|---|---|
| 1-3 | 5-15kg | - | £59 |
| 4-11 | 20-55kg | 10% | £53.10 |
| 12-19 | 60-95kg | 15% | £50.15 |
| 20+ | 100kg+ | 25% | £44.25 |
High-Tensile 3D Printing Resin for Engineering Prototypes and Functional Mechanical Parts
High Tensile UV is a high-strength 3D printing resin developed for engineering prototypes, functional mechanical parts and industrial tooling. It delivers exceptional tensile strength, dimensional accuracy and a smooth surface finish, producing durable parts that resist bending and compression. Designed and manufactured in the UK, High Tensile UV provides reliable, repeatable performance for engineering and manufacturing applications.
Durable Performance
Produces durable, load-bearing parts with excellent tensile strength, making it ideal for functional mechanical components and demanding engineering applications.
Rigid and Strong
Creates rigid, high-strength parts that resist bending and compression, providing reliable mechanical performance for prototypes, tooling and end-use components.
Smooth Surface Finish
Produces smooth, high-quality surface finishes that reduce post-processing and deliver professional-looking engineering parts ready for testing or assembly.
High Accuracy
Delivers precise, dimensionally accurate prints with consistent repeatability, supporting product development, functional testing and manufacturing workflows.
High-Tensile 3D Printing Resin for Engineering Prototypes and Functional Mechanical Parts
High Tensile UV is a high-strength 3D printing resin developed for engineering prototypes, functional mechanical parts and industrial tooling. It delivers exceptional tensile strength, dimensional accuracy and a smooth surface finish, producing durable parts that resist bending and compression. Designed and manufactured in the UK, High Tensile UV provides reliable, repeatable performance for engineering and manufacturing applications.
Durable Performance
Produces durable, load-bearing parts with excellent tensile strength, making it ideal for functional mechanical components and demanding engineering applications.
Rigid and Strong
Creates rigid, high-strength parts that resist bending and compression, providing reliable mechanical performance for prototypes, tooling and end-use components.
Smooth Surface Finish
Produces smooth, high-quality surface finishes that reduce post-processing and deliver professional-looking engineering parts ready for testing or assembly.
High Accuracy
Delivers precise, dimensionally accurate prints with consistent repeatability, supporting product development, functional testing and manufacturing workflows.
Properties
| Post-cured* | |
| Tensile Properties | |
| Tensile Modulus | 2610 MPa |
| Elongation at Break | 6% |
| Flexural Properties | |
| Flexural Modulus | 1910 MPa |
| Impact Properties | |
| Impact Strength Notched Izod | 8.1 J/m |
| *Mechanical properties stated based on fully cured material. | |
Made in the UK 
Properties
| Post-cured* | |
| Tensile Properties | |
| Tensile Modulus | 2610 MPa |
| Elongation at Break | 6% |
| Flexural Properties | |
| Flexural Modulus | 1910 MPa |
| Impact Properties | |
| Impact Strength Notched Izod | 8.1 J/m |
| *Mechanical properties stated based on fully cured material. | |
Made in the UK
Applications
High Tensile UV is designed for demanding engineering and manufacturing applications requiring strong, durable and dimensionally accurate parts. Its tensile strength and rigidity make it suitable for functional prototypes, industrial tooling and mechanical components across a wide range of professional industries.
Functional Mechanical Parts
Ideal for producing durable brackets, mounts, housings, gears and other load-bearing components requiring high tensile strength and reliable mechanical performance.
Jigs and Fixtures
Creates strong, accurate jigs and fixtures for manufacturing, assembly and quality control, delivering dependable performance in demanding production environments.
Engineering Prototypes
Supports product development with accurate engineering prototypes for design validation, functional testing and performance evaluation before full-scale production.
Automotive Components and Prototypes
Suitable for automotive prototypes, interior components and custom workshop parts requiring strength, dimensional accuracy and consistent, repeatable manufacturing performance.
Applications
High Tensile UV is designed for demanding engineering and manufacturing applications requiring strong, durable and dimensionally accurate parts. Its tensile strength and rigidity make it suitable for functional prototypes, industrial tooling and mechanical components across a wide range of professional industries.
Functional Mechanical Parts
Ideal for producing durable brackets, mounts, housings, gears and other load-bearing components requiring high tensile strength and reliable mechanical performance.
Jigs and Fixtures
Creates strong, accurate jigs and fixtures for manufacturing, assembly and quality control, delivering dependable performance in demanding production environments.
Engineering Prototypes
Supports product development with accurate engineering prototypes for design validation, functional testing and performance evaluation before full-scale production.
Automotive Components and Prototypes
Suitable for automotive prototypes, interior components and custom workshop parts requiring strength, dimensional accuracy and consistent, repeatable manufacturing performance.
High Tensile UV 3D Resin
5
High Tensile UV 3D Resin
5
Frequent Asked Quetions
What is High Tensile UV resin used for?
High Tensile UV is a high-strength 3D printing resin developed for engineering prototypes, functional mechanical parts, jigs and fixtures, industrial tooling and automotive applications. Its high tensile strength, rigidity and dimensional accuracy make it ideal for producing durable parts that resist bending and compression in demanding engineering and manufacturing environments.
What makes High Tensile UV different from standard 3D printing resins?
Unlike general-purpose 3D printing resins, High Tensile UV is formulated to produce strong, rigid parts with exceptional tensile strength and limited elongation. It delivers the mechanical performance, dimensional accuracy and smooth surface finish required for functional engineering applications, making it well suited to prototypes, tooling and durable mechanical components.
Is High Tensile UV suitable for functional mechanical parts?
Yes. High Tensile UV is specifically designed for producing functional mechanical parts that require high tensile strength, rigidity and durability. It is ideal for manufacturing brackets, mounts, housings, gears and other load-bearing components where reliable mechanical performance and dimensional accuracy are essential.
Can High Tensile UV be used for engineering prototypes?
Yes. High Tensile UV is an excellent choice for engineering prototypes, enabling designers and engineers to validate form, fit and function before production. Its high tensile strength, dimensional accuracy and smooth surface finish make it suitable for functional testing, product development and manufacturing workflows.
Which 3D printers are compatible with High Tensile UV?
High Tensile UV is compatible with 385-405 nm LCD and MSLA 3D printers. It is suitable for a wide range of modern resin 3D printers using standard UV exposure wavelengths, delivering reliable and consistent performance across professional engineering and manufacturing applications.
Frequent Asked Quetions
What is High Tensile UV resin used for?
High Tensile UV is a high-strength 3D printing resin developed for engineering prototypes, functional mechanical parts, jigs and fixtures, industrial tooling and automotive applications. Its high tensile strength, rigidity and dimensional accuracy make it ideal for producing durable parts that resist bending and compression in demanding engineering and manufacturing environments.
What makes High Tensile UV different from standard 3D printing resins?
Unlike general-purpose 3D printing resins, High Tensile UV is formulated to produce strong, rigid parts with exceptional tensile strength and limited elongation. It delivers the mechanical performance, dimensional accuracy and smooth surface finish required for functional engineering applications, making it well suited to prototypes, tooling and durable mechanical components.
Is High Tensile UV suitable for functional mechanical parts?
Yes. High Tensile UV is specifically designed for producing functional mechanical parts that require high tensile strength, rigidity and durability. It is ideal for manufacturing brackets, mounts, housings, gears and other load-bearing components where reliable mechanical performance and dimensional accuracy are essential.
Can High Tensile UV be used for engineering prototypes?
Yes. High Tensile UV is an excellent choice for engineering prototypes, enabling designers and engineers to validate form, fit and function before production. Its high tensile strength, dimensional accuracy and smooth surface finish make it suitable for functional testing, product development and manufacturing workflows.
Which 3D printers are compatible with High Tensile UV?
High Tensile UV is compatible with 385-405 nm LCD and MSLA 3D printers. It is suitable for a wide range of modern resin 3D printers using standard UV exposure wavelengths, delivering reliable and consistent performance across professional engineering and manufacturing applications.
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