Russian
Russian
Most popular
manufacturer
of 3D printer
consumables 2015, 2016 & 2017
Today, REC is a benchmark of quality and popularity. The company successfully cooperates with industrial enterprises, fablabs, higher and secondary educational institutions, and manufacturers of 3D printers.
REC is not just a manufacturer of consumables for 3D printing. REC is a company that is committed to create a community of people fond of 3D printing by continuously supplying high quality materials and maintaining constant contact with consumers.
We made an effort to make the use of our consumables
as convenient for customers as possible.
This system intended to indicate the amount of thread remained on the spool will allow you to be sure that the part can be printed when the spool is not full.
Bag with a zipper and silica gel. This system allows reliably storing consumables between 3D printing sessions.
We use high-precision laser systems to control the thread diameter, which allows manufacturing materials with the minimal error of 0.03 mm. Only pre-treated raw materials are used in manufacturing.
The components in the thread composition are thoroughly selected and tested for compatibility. After manufacturing, we provide double quality check of products and package.
Throughout one year, materials produced for 3D printing, were tested on the release of harmful substances using the gas chromatography FGH-1. Also, we checked the allocation of micro-particles, which are formed by using the 3D printing Analyzer aerosol Kanomax 3521. As a result, we have developed the formula of our production materials so that 3D printing has become absolutely safe.
The company’s production capacity allows satisfying any demand.
ABS (acrylonitrile butadiene styrene) is a shockproof filament for 3D printing. It has high strength, offers the convenience of surface treatment. It is ideal for rapid prototyping as well as for producing load-bearing parts.
specifications
Flex is a termoelastoplast, similar to silicone in its properties. It’s great for creating protective enclosures, seals, simple molds, insulating gaskets, details of the footwear industry, finished elastic products and the mechanics nodes.
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PLA (polylactide) is a biopolymer extracted from corn and sugar cane. Due to its smoothness, PLA is an excellent material for rapid prototyping and producing moving parts. PLA is harder than ABS filament and does not contain any harmful substances, that’s why it’s great for home use. Doesn’t require heated table for printing.
specifications
HIPS is a high-impact polystyrene. In its properties this material is similar to ABS filament but doesn’t absorb moisture and is perfectly amenable to mechanical processing. HIPS is soluble in a citrus oil, that’s why it can be used as a support material. It has a very smooth surface which is advantageous for silicone molding.
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RUBBER is a termoelastoplast for 3D printing, similar to soft rubber in its properties. It’s a flexible and soft material, great for creating seals, vibration dampers and insulating gaskets. Very pleasant to the touch.
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RELAX - Transparent plastic on the basis of PET-G for a very solid 3D printing. Perfect for large products, it is easy to print because its shrinkage is even less than that of dry PLA, but due to the high adhesion between the layers, even thin-walled models have impressive durability. This material is characterized by very high impact resistance and broad temperature range (from -40 ° C to + 70 ° C), high transparency, good resistance to fats and mineral acids. And most importantly, get with this material qualitative result is very simple. Absolutely any FDM 3D-printer can print REC RELAX perfectly.
specifications
ETERNAL is weather resistant high impact plastic for 3D printing. The material has high strength and resistance to external factors, has a wide range of operating temperatures for a long time (from -40 ° C to + 80 ° C). It is also UV resistant and unaffected by lubricants, dilute acids and diesel fuel. Compared with the ABS plastic and has an increased adhesion appreciably smaller effect shrinking. The material is perfect for printing outdoor device housing, street lighting equipment, components of vehicles, maritime and aeronautical engineering (both external and internal components) and items that the operation exposed to the environment.
specifications
Easy Flex - plastic on the basis of TPU (thermoplastic polyurethane) for 3D printing. The most elastic and wear-resistant material in the line of flexible plastics REC. It is characterized by high chemical resistance to oils, gasoline, alkalis and some acids. It has high strength in bending and tensile deformation. And most importantly, get with this material qualitative result is very simple. The material has a high level of resistance to natural aging and can be recycled.
specifications
CAST is a special material based on polymethylmethacrylate with the addition of special plasticizers. The material is prepared specifically for printing objects used in casting on the burned models. The results of thermogravimetric analysis in a dynamic air atmosphere showed that the mass fraction of ash is less than 0.01% of the mass of the printed object when it is burned at ~405°C. Thus, this material has an extremely low ash content, which makes it an ideal material for creating burnable master models. Now any owner of FDM 3D printer can make a master model of REC CAST and turn to the casters for the manufacture of the necessary parts without spending much money. Printing REC CAST is a little more difficult than printing ABS plastic, with due skill, you can achieve amazing results.
specifications
PVA - polyvinyl alcohol. Solid, colorless, non-toxic substance, odorless. PVA plastic is non-toxic and biodegradable and is recommended for printing auxiliary structures in PLA plastic objects with complex geometry, which can then be easily removed.The PVA can be dissolved in a normal bath with warm water, sometimes stirring to speed up the process. Each coil is packed in a reusable vacuum bag with silica gel, so that the plastic does not lose its properties during storage.
specifications
TPU D70 - TPU (thermoplastic polyurethane). It is characterized by high chemical resistance to oils, gasoline, alkalis and some acids. It has high deformation strength.
specificationsWe made an effort to make the use of our consumables
as convenient for customers as possible.
rec3dcompany
| Printing technology | FDM |
| Extruder temperature | 210-245 °C |
| Heat bed | 110-120°C |
| Cooling fan | off |
| Density | 1,05 г/см3 |
| Flexural modulus | 2400 MPa |
| Tensile yield strength at 23°C | 52 MPa |
| Softening temperature | ~ 103 °C |
| Flexural strength 2,8 mm/min23 °C | 70 MPa |
| Rockwell hardness (Scale R) | 112 |
| Izod impact strength | 25 kg-cm/cm |
| Oil-resistant (form change for 24 hours) | 0,2% |
| Electrical conductivity | 3,95 х 103 ОМ/см |
| Combustibility category | Without category |
| Oxygen index % O2 Gost 21793-76 | 18.2÷18.5 |
| Ash content % Gost 15973 | Less 0,01 |
| Component | limit/ mg/m3 concentration |
Background value mg/m3 |
Results mg/m3 |
Compliance |
| Phenol | 1,00 | <0,15 | <0,15 |  |
| Acetaldehyde | 5,0 | <0,5 | <0,5 | |
| Vinyl chloride | 5,000 | <0,05 | 0,197 +/- 0,049 | |
| Styrene | 30 | <0,05 | <0,05 | |
| Printing technology | FDM |
| Extruder temperature | 220-240 °C |
| Heat bed | 80-110°C |
| Cooling fan | off |
| Tensile strength | 171 MPa |
| Hardness | 40 shor D |
| Flexural modulus, 23 °C | 752MPa |
| Notched izod impact strength 23 °C, -40 °C | not being destroyed |
| Oil-resistant (form change for 24 hours) | 1,3% |
| Electrical conductivity | 1,82 х 1012OM/cm |
| Combustibility category | Without category |
| Oxygen index % O2 Gost 21793-76 | 19.0÷19.5 |
| Ash content % Gost 15973 | Less 0,01 |
| Component | limit/ mg/m3 concentration |
Background value mg/m3 |
Results mg/m3 |
Compliance |
| Methanol | 15 | <0,1 | <0,1 | |
| Acetaldehyde | 5 | <0,5 | <0,5 | |
| Formaldehyde | 0,5 | <0,25 | <0,25 | |
| Styrene | 30,00 | <0,5 | <0,5 | |
| Printing technology | FDM |
| Extruder temperature | 190-230 °C |
| Head bet | 0-60°C |
| Cooling fan | on |
| Density | 1,25 g/cm3 |
| Tensile strength | 40 MPa |
| Elongation | 30% |
| Softening temperature | ~ 50°C |
| Biodegradability | yes |
| Oil-resistant (form change for 24 hours) | 0,3% |
| Electrical conductivity | 3,95 х 103 ОМ/см |
| Combustibility category | Without category |
| Oxygen index % O2 Gost 21793-76 | 20.8÷21.0 |
| Ash content % Gost 15973 | Less 0,01 |
| Component | limit/ mg/m3 concentration |
Background value mg/m3 |
Results mg/m3 |
Compliance |
| Methanol | 15 | <0,1 | <0,1 | |
| Acetic acid | 5 | <2,5 | <2,5 | |
| Acetone | 800 | 1,840 +/- 0,460 | 1,285 +/- 0,320 | |
| Printing technology | FDM |
| Extruder temperature | 210-240 °C |
| Head bet | 100-120°C |
| Cooling fan | off |
| Melt Flow Index 5kg/200°C | 8 g/10min |
| Izod impact notching 23°C | 11kg-cm/cm |
| Tensile strength 23 °C | 232kg/cm2 |
| Flexural strength 23°C | 4450 kg/cm2 |
| Flexural modulus 23°C | 2,32x10kg4/cm2 |
| Rockwell hardness scale L | 79 |
| Distortion temperature 18,6kg/2 | 90°C |
| Softening temperature 1kg | 96°C |
| Combustibility | HB(1,5) |
| Oil-resistant (form change for 24 hours) | 0,5% |
| Electrical conductivity | 5,40 х 1014OM/cm |
| Combustibility category | Without category |
| Oxygen index % O2 Gost 21793-76 | 17.9÷18.2 |
| Ash content % Gost 15973 | 0,25 |
| Component | limit/ mg/m3 concentration |
Background value mg/m3 |
Results mg/m3 |
Compliance |
| Acetaldehyde | 5 | <0,5 | <0,5 | |
| Styrene | 30,00 | <0,5 | <0,5 | |
| Printing technology | FDM |
| Extruder temperature | 210-240 °C |
| Head bet | 100-120°C |
| Cooling fan | off |
| Density | 0,95 g/cm3 |
| Hardness | 60 shor A |
| Tensile strength | 6 MPa |
| Elongation at break | >500% |
| Fragility temperature | -40°C |
| The maximum recommended temperature | 85°C |
| Izod impact strength | 25 kg-cm/cm |
| Oil-resistant (form change for 24 hours) | 4,5% |
| Electrical conductivity | 1,65 х 1015OM/cm |
| Combustibility category | - |
| Oxygen index % O2 Gost 21793-76 | 17.5÷17.8 |
| Ash content % Gost 15973 | 0,04 |
| Component | limit/ mg/m3 concentration |
Background value mg/m3 |
Results mg/m3 |
Compliance |
| Methanol | 15 | <0,1 | <0,1 | |
| Acetaldehyde | 5 | <2,5 | <2,5 | |
| Formaldehyde | 0,5 | <0,25 | <0,25 | |
| Styrene | 30,00 | <0,5 | <0,5 | |
| Printing technology | FDM |
| Extruder temperature | 230-235 °C |
| Head bet | 0-60°C |
| Cooling fan | on |
| Density | 1,3 g/cm3 |
| Flexural modulus | 2063 MPa |
| Tensile stress at stretching | 53 MPa |
| Softening point | 80°C |
| The bending strength of 2.8mm/min. 23°C | 76,07 MPa |
| Printing technology | FDM |
| Extruder temperature | 210-245 °C |
| Head bet | 90-120°C |
| Cooling fan | off |
| Density | 1,08 g/cm3 |
| Flexural modulus | 2918 MPa |
| Tensile stress at stretching | 53 MPa |
| Softening point | 100°C |
| The bending strength of 2.8mm/min. 23°C | 71 MPa |
| Izod impact strength | 25 kJ/m2 |
| Printing technology | FDM |
| Extruder temperature | 215-235 °C |
| Head bet | 30-60°C |
| Cooling fan | 20% |
| Flexural modulus | 0,068 GPa |
| Softening point | 80°C |
| Printing technology | FDM |
| Extruder temperature | 225-245 °C |
| Head bet | 90-110°C |
| Cooling fan | no |
| Printing technology | FDM |
| Extruder temperature | 190-220 °C |
| Head bet | 50°C |
| Cooling fan | 50% |
| Printing technology | FDM |
| Extruder temperature | 215-230 °C |
| Head bet | 20-60°C |
| Cooling fan | 20% |