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Resina Engineering Tough 100E Phrozen

Ref.: RS-PHR-100E-BLACK

90.00 €

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Approximate delivery date: Tuesday 11 March - Wednesday 12 March

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The Tough 100E resin from Phrozen stands out for its exceptional combination of hardness and flexibility, making it an ideal option for a wide range of industrial applications and prototyping. Its ability to simulate the strength of polypropylene (PP) makes it perfect for the quick and cost-effective creation of jigs, accessories, and tools. Available in black and green, this resin adapts to the needs of each project, providing versatile and high-quality solutions.

One of the most outstanding features of the Tough 100E resin is its high impact resistance and exceptional elasticity, allowing for the creation of durable and flexible prints. This resin fits designs that require resilient yet pliable materials, as it can be bent and twisted without breaking. This flexibility makes it an excellent solution for parts that need to withstand physical stress, such as components in machinery or vehicles.

Photo 1: Tough 100E resins available in green and black. Source: Phrozen

The Tough 100E resin from Phrozen is perfect for industrial environments because it optimizes production times and reduces manufacturing costs. It is especially efficient in creating parts like washers, press-fit components, and other mechanical elements. Its ability to perform rapid prototyping also allows for quality testing before mass production, reducing risks and ensuring the success of designs.

Sectors like automotive and nautical already rely on the 100E resin to improve the efficiency of their processes. An example of its application is the design of jigs for manufacturing armrests for vehicles, where the resin offers precision, flexibility, and resistance, facilitating the fabrication of vehicle components.

Photo 2: Production phases of an armrest from a jig created with Tough 100E resin. Photo: Phrozen.

Additionally, this resin is ideal for creating product prototypes like bottles, containers, or glasses, allowing for detailed simulation of each object's shapes and elasticity. This facilitates the evaluation of the product's quality and flexibility before mass production, optimizing the entire manufacturing process.

Photo 3: Prototypes printed with the Tough E100 3D resin. Source: Phrozen

The Tough 100E resin from Phrozen is a key solution for reducing manufacturing costs without compromising quality. With its exceptional resistance, flexibility, and durability, this resin is reliable and versatile, making it a great choice for a wide range of applications in industry and rapid prototyping.

General information
Manufacturer	Phrozen
Material	Photopolymer
Format	1 Kg
Density	1.08 g /cm³ at 25 °C g/cm³
Technology	DLP/LCD
Viscosity	BROOKFIELD 1900 - 2500 cps

Printing properties
Layer height	50 µm

Curing and washing properties
Washing time	45-60 seg min

Mechanical properties (uncured / cured)
Izod impact strength	(ASTM D256) 69.1 J/m (Green) 77.3 J/m (Black) KJ/m²
Elongation at break	(ASTM D638) 93.5 % (Green) 100.5 % (Black) %
Tensile strength	(ASTM D638) 29.9 MPa (Green) 24.6 MPa (Black) MPa
Tensile modulus	(ASTM D638) 1058.8 (Green) MPa / 925.4(Black) MPa
Flexural strength	(ASTM D790) 33.2 MPa (Green) / (Black) 23 MPa
Flexural modulus	(ASTM D790) 1381.7 MPa (Green) 711 MPa (Black) MPa
Surface hardness	(ASTM D2240) Shore D 69-76D

Other
HS Code	2916.1

It is recommended to print models directly on the print bed to minimize warping.

If the space between supports or inside the model structure is too small, the resin may solidify within the gaps.

Soaking in glycerin can help improve the structural integrity of soft materials and reduce stickiness on post-cured object surfaces.

After curing, the object should be thoroughly cleaned immediately. Avoid submerging the models in any liquid (including alcohol, glycerin, and water) for an extended period (>60 minutes) to prevent liquid absorption that could cause expansion and deformation.

Thermal post-curing can help improve the mechanical properties of the material, especially tensile strength and tear resistance, but it may reduce ductility.

More information available in Attachments.