SEEPS - Thermoplastic polymers, elastomers and additives

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SEEPS

Thermoplastics > Styrenics
SEEPS  elastomer
Products range
SEEPS Styrene-ethylene-ethylene-propylene-styrene copolymers
En Mexpolimeros ofrecemos una vasta gama SEEPS resina y sus compuestos desarrollados de acuerdo a sus necesidades, garantizando la calidad en productos y servicio. Nuestra gama de productos incluye grados compuestos de copolímeros de bloques SEEPS están disponibles desde 3 ÷ 70 Shore A hasta 70 Shore D.  XPRENE EP ha sido específicamente formulado para moldeo de uno o dos disparos y desarrolla un enlace químico cuando se moldea por inyección una variedad de sustratos de plástico. XPRENE EP se divide en una amplia gama de productos como tacto suave, expandible, resistente a altas temperatura, baja deformación por compresión, FR sin halógeno y muchas otras categorías de especialidad. XPRENE EP elastómeros termoplásticos son de flujo libre y configurables. La clase XPRENE EP está formada por productos que pueden reemplazar al caucho natural y TPV (termoplástico vulcanizado).



SEEPS thermoplastic



In terms of structure SEEPS are a series of hydrogenated styrenic block copolymers (HSBC) based on the elastomers is a hydrogenated isoprene, also known as Styrene-Ethylene-Ethylene / Propylene-Styrene (SEEPS) thermoplastic elastomers, with hard base blocks of styrene and a soft block based on diene, which has properties similar to rubber in a wide range of temperatures and hardness. The structure of SEEPS termoplastico is similar to the structures of SBS and SEBS, except the soft block and are high-performance thermoplastic elastomers. There is a variety of SEEPS resin qualities, from low styrene (soft) to high styrene (rigid) content, from low molecular weight (high flow) to high molecular weight (more rubber-light properties) and also different structures of soft blocks (ethylene propylene (EP), ethylene butylene (EB) and ethylene ethylene propylene (EEP)). Using synthetic technologies offers a variety of qualities, from low styrene (soft) to high styrene (rigid) content, and low molecular weight (high flow) to high molecular weight (more rubber-like properties). Also, in terms of flexible block structure, there are three different types, SEPS, SEBS and SEEPS. Regarding the structure of the blocks, the SEBS is the most popular type among the hydrogenated styrenic block copolymers.



MW molecular weight



A wide spectrum of products is available from high to high and ultra-high molecular weight grades, as well as grades for dynamic cross-linking. The crosslinking takes place in the central elastic block and the rigid end block, giving rise to previously unattainable properties. Compared with the standard grades of high molecular weight the very high molecular weight grades show better compression. In addition, in the manufacture of compounds, even the low molecular weight process oil can be used to maintain moderate properties similar to rubber, although the high molecular weight process oil is recommended for standard grades of high molecular weight. Those advantages of super high weight grades become more evident at higher temperatures. The improvement of the tensile strength of the SEEPS, with respect to the SEBS, is also evident in the compound with polypropylene PP and oil. The SEEPS elastomer has a greater resistance to ozone and a lower content of gels and a better abrasion. Another hallmark of the SEEPS elastomer is its better ability to treat paraffinic oil, less evaporation and oil migration compared to SEBS. This ability to treat paraffinic oil refers to the maximum amount that can be absorbed without creating an oil phase. The viscoelastic properties of mixtures of paraffinic oils with SEEPS pellets change with the content and MW molecular weight of the oil.



Symbols





  • SEEPS
  • TPE-S
  • TPS
  • S-E-E-P-S
  • Estireno-etileno-etilenpropilene-estireno
  • Estireno-isopreno hidrogenado-butadieno-estireno
  • Styrene-ethylene-ethylene-propylene-styrene
  • Hydrogenated styrene-isoprene-butadiene-styrene

          
Properties




  • Shore hardness from 00 A to 70 D
  • Operating temperature -30 to 100 ° C
  • Resistance to detergents, acid, base, etc.
  • Density 0.88 to 1.15 g / cm
  • Good resistance to weathering and UV rays
  • Excellent properties at low temperature
  • Excellent chemical resistance and low toxicity
  • Good compression game
  • Good abrasion
  • Good processability and superior heat resistance
  • Easy coloring
  • Transparent degrees
  • Degrees for contact with food
  • Compatible with PP, PS, EVA, TPU, PBT, ABS, PC / ABS and PA
  • 100% recyclable
  • Excellent electrical insulation of the property





SEBS advantages over SEPS



  • Better mechanical properties
  • Better oil absorption
  • Moderate elongation
  • Better resistance to intenmperia
  • Less oil migration
  • Adesion to PE
  • Better abrasion
  • Aging properties better
  • Best compression set at high temperature
  • Better fluency
  • Excellent chemical resistance



Physica and mechanical properties



SEEPS polymer styrenic block copolymer elastomers are some of the most versatile and easy to process materials in the plastics industry. The XPRENE EP offers an excellent coefficient of surface friction, low permanent deformation, high tensile strength. While SEBS is a famous type of hydrogenated styrenic thermoplastic elastomer on the market, SEEPS is a more special grade type. Although it is a block of non-crystalline rubber, SEEPS exhibit an improvement in tensile strength compared to SEBS and SEPS due to the development of crystallinity in stretches. Also in comparison with SEBS, the SEEPS has other advantages, such as better oil retention properties, smoother, higher polyethylene affinity and better high temperature properties. SEEPS thermoplastic can be applied to the static purpose compared to SBS and has excellent performance of rubber without vulcanization. It is well accepted that viscoelasticity is an important factor in determining the processing and final properties of these materials. Each block in these copolymers that has a particular relaxation behavior results in its complex relaxation behavior. ABA type polystyrene block copolymers, such as SBS, SEBS, exhibit fast and slow relaxation processes respectively. The first corresponds to the relaxation behavior of the hard block (PS), while the second shows the relaxation behavior of randomness.



SEEPS Thermal properties



It is well known that the tensile strength and modulus of styrene- [ethylene- (ethylene-propylene)] -styrene block copolymer (SEEPS) is greater than that of styrene-butadiene-styrene block copolymer (SBS) and neither Automatic decomposition occurs beyond the glass transition temperature (Tg) of polystyrene (PS) or under extrinsic mechanical resistance, due to the existence of an intrinsic bond energy considerably high in its molecular structure. The mixtures of SEEPS polymer have improved aging properties, even after 1000 hours at 120 ° C, the compression set of un-annealed materials is only 40%. When annealing at 120 ° C for 24 h, the values ​​can be further improved. The glass transition temperature (Tg) of the Poly (ethylene-ethylene-co-propylene) EEP blocks is typically -60 ° C, while the Tg of the polystyrene blocks is + 100 ° C. Therefore, at any temperature between -90 ° C and + 100 ° C, SEEPS will act as a physically cross-linked elastomer. Its Tg is -32 ° C slightly higher than the SEBS -55 ° C, but with respect to the SEBS it maintains better properties at low temperature. The operating temperature is guaranteed from -30 ° C to + 100 ° C. On the other hand, the high elasticity of the rubber at room temperature and the fluidity of the resin at high temperature of SEEPS are equipped with wider applications than those of the linear SBS and star in common use.



SEEPS Electrical Properties


SEEPS are usually good insulators with a relatively high electrical resistivity, with non-polar insulators being better than polar ones. However, the electrical properties of the XPRENE EP compounds are more dependent on the ingredients used in the formulation than on the base elastomer. We make ESEPS antistatic and even conductive by the incorporation of sufficient quantities of graphite, special types of carbon black, certain metallic powders or polar products within the rubber mixture. However, the conductivity obtained by these means does not resemble that of metals.



SEEPS Optical Properties

One of the characteristics of a two-phase system is that the light disperses when passing from one phase to another, resulting in different levels of light transmission, in the case of SEEPS granules, we also have transparent grades.


SEEPS Chemical properties


Unlike SBS, SEEPS does not contain double bonds (which by their nature are sensitive to oxidation), which makes it particularly resistant to wear. Therefore, it is ideal for extreme conditions that have to do with heat, ultraviolet radiation, ozone or oxidizing agents. The SEEPS resist cracking stress (acid cracking) to acids, hydroxides, methanol and ethanol, absorb oil, fats, aliphatic hydrocarbons. On the other hand, they do not resist polar hydrocarbons, aromatic hydrocarbons, carboxylic acid, gasoline, ASTM oil No. 1 waxed, ASTM Aromatic No. 3 oil, toluene and benzene.



SEEPS Processability


The SEEPS belong to the class of thermoplastic elastomers that possess the mechanical properties of rubber at room temperature and the processing capabilities of thermoplastics. The SEEPS are similar to rubber without being cross-linked, so it is easy to process them to achieve useful shapes, usually it is processed more or less at 150-230 ° C. The SEEPS can present different characteristics, mainly highlighting its great versatility for bi-injection or overmolding with plastic materials. They can be processed with several methods, such as injection, extrusion or blowing. In addition, XPRENE EP has been created especially for marketing demands and meet customer requirements. Normally they do not require drying, they have wide processing latitudes and they have good to excellent thermal stability. Process In addition, SEEPS can be processed as thermoplastics and their leftover materials can maintain the original processing and mechanical properties and can be used cyclically. The SEEPS copolymer blocks exhibit a more particular relaxation behavior in comparison with the usual homopolymers.


SEEPS overmolding - 2K


Adhesion to a wide range of polar and non-polar substrates such as PP, PA, ABS, PC, PS, SAN, ASA, PBT, PET, ABS / PC etc. It also has a very good adhesion to PE compared to SEBS and SEPS. For the selection of the over-molding process or 2K in certain TPEs the bond strength in the application can vary, for example if the multi-shot molding process is chosen compared to insert molding, the first promotes some greater bond strength or union because the two materials in the molten state when joining, while the second gives a poor bond because one of the two materials (plastic) is superimposed on the other that is not fused (metal). So the selection of the process to be applied is a key factor to produce a high quality product. In matter of the selection of the material, it depends on the company and the product that it handles, where the characteristics of each material have to be considered for the application of the overmolding, since there are a great variety of materials that have different properties that give softness, texture, adhesion, and wall thickness of the material. In the case of the thickness effect it is necessary to know the hardness of the material, for example when you have a TPE material with low thickness (typically> 1mm) it would feel harder and vice versa when you have a thickness greater than 1mm you will feel soft. To ensure a good bond in over-molding, you are looking for a thickness in the 1.5mm range for most over-molding applications.



SEEPS Polimerization



The SEEPS copolymer is a polyhydrogenated block copolymer (styrene-b-isoprene / butadiene-b-styrene), also called triblock copolymers, is a high molecular weight elastomer is similar to SEBS. SEEPS is produced by styrene hydrogenation / 50% by weight of butadiene / 50% by weight of isoprene / styrene triblock copolymers. The styrene MW content in this finished product varies to around 30%. Taking SEBS as an example (the most common commercial product), the butadiene monomer can be polymerized through the 1,4 or 1,2 double bonds. To have an amorphous elastic chain segment, the level of crystallinity present must be minimized. In the case of SEEPS, this is relatively easy since the hydrogenation of the isoprene segment essentially produces an alternating sequence of ethylene and propylene with small regular side branches that inhibit chain crystallization. For SEBS, the case is more complex, since the polymerization can proceed through 1.4 and 1.2 double



SEEPS Compound


The products of the XPRENE EP class are formulated from SEEPS, oil, polypropylene, additives, and some grades have reinforcements of a continuous phase morphology. The inclusion of a charge to a polymeric matrix can describe a compatibilization effect between immiscible or immiscible mixtures and thus also exhibit excellent electrical conductivity, hardness, rigidity, mechanical and thermal resistance, and even to provide bactericidal properties to the new material. The polymer melt mixture has been the fast track for the design of new resins that seek to combine the properties of SEEPS and PP, to reach the superiority of certain characteristics due to the synergy that they can present. Unlike SBS, SEEPS does not contain double bonds (which by their nature are sensitive to oxidation), which makes it particularly resistant to wear.



SEEPS good alternative PVC



However, there are two main drivers in the search for PVC alternatives. First, plasticized PVC has an unwanted environmental impact related to the release of dioxins when it is incinerated uncontrolled. Second, there is a concern that PVC plasticizers (so-called "estrogen mimics") may migrate into the human body. Potential Alternatives for Plasticized PVC tubes are polymeric compositions containing polypropylene (PP) in combination with an elastomeric block copolymer. These compositions do not contain "estrogen mimics" or release dioxins when they are incinerated.
SBCs are thermoplastic elastomers consisting of polystyrene end blocks (PS) chemically bonded by a central block of rubber PB. The intermediate rubber block is most frequently composed of polybutadiene PB, polyisoprene IR or its hydrogenated poly-olefinic versions: ethylene-butylene and ethylene-propylene SEEPS.



SEEPS good alternative PVC medical



A new family of hydrogenated SBCs seems to be closing the performance gap with plasticized PVC. This family is based on intermediate blocks of improved rubber segment (ERS), which contain a higher butylene content than the more traditional intermediate SEBS blocks. The benefits of ERS-SEBS polymers include greater processing capacity and better compatibility with polypropylene. The fine network of the ERS-SEBS mixture leads to a significant improvement in transparency. Another effect of improved compatibility with PP is a widening of the glass transition temperature (Tg) below room temperature. Improved compatibility opens a series of material properties, which makes the SBC-PP mixes very suitable for the replacement of plasticized PVC. Bonding to these new materials can be a challenge due to the lack of linkable molecules along the surface of the polymer. A light-curable adhesive provides high adhesion to all the various components. High-performance polymers are often selected for applications that require structural and dimensional integrity retention under exposure to aggressive chemical conditions and elevated temperatures. One of these options for cost-effective performance polymers is plasticized PVC. However, much attention has been paid to the evaluation of more environmentally friendly and biological polymers. Styrene-ethylenebutylene-styrene copolymer rubbers (SEBS), mixtures of SEBS / polypropylene, TPE (thermoplastic elastomers) and polypropylenes are emerging as high-performance alternatives. In particular, TPEs are used to replace low durometer plasticized PVC in medical device applications, where biocompatibility characteristics are crucial. However, adhesive bonding to these polymers can be a challenge. SEEPS has been replacing the application of PVC in industries such as medical, pharmaceutical, adhesives and sealants, cables and wires, construction materials, cosmetics and personal care, agriculture, packaging, footwear, furniture, clothing, toys, sporting goods and electronics. gadgets The use of SEBS is increasing in the manufacture of medical devices, tubes and bags, since it is biocompatible and comparatively more respectful with the environment than PVC.



SEEPS applications


These products are used mainly in construction, in addition to industrial footwear, products of the automotive industry, etc. Typical applications are profiles, household items, handles, knives, handles, accessories, feet, storage, non-slip inserts, knobs, buttons, seals, profiles, pedal covers, power tools, cable seals , plugs and sockets, cable coverings, switches, enclosures, garden tools, knobs, shock absorbers, fins, masks, caps, terminals, non-slip. SEEPS is already used in the production of toys and can replace PVC for the production of doll heads (with hair) using rotational molding techniques, one of the most difficult PVC substitutions. The SEEPS is also used in the electrical industry for items such as flexible cables and can replace PVC. These SEBS or SEEPS blends have been specially modified for the production of hard / soft injection molded parts by 2K 2-component injection molding. Since SEBS and SEEPS are not polar, an appropriate modification must be made. SEEPS is used as a possible replacement for PVC in the manufacture of toys. SEBS is similar to natural rubber and is less dangerous compared to its counterparts. The approvals of the FDA and BGW for the application of SEEPS can create an opportunity of growth for the product in the global market. A styrene-ethylene-ethylene-propylene-styrene high molecular weight block copolymer (SEEPS) is used in 20 elastic components of the diaper structure. It is used to prepare gels (gel compounds for cushions, gel pads, etc.), adhesives (Hot Melt, Solution), modifier for plastics such as Polyolefin, stenenic polymers, compatibilizer for polymer alloys, modifier for thermosetting resins. This advanced development of SEEPS keeps the characteristics extremely soft and similar to rubber, but at the same time incorporates an improvement in terms of weather resistance, temperature and chemistry. SEEPS is an interesting alternative to the TPV since it has the same type of weather resistance, shock absorbers, fins, masks, caps, terminals, anti-slip and boots. The SEEPS is also used in the electrical industry for items such as flexible cables and can replace PVC. In particular, TPEs are used to replace low durometer plasticized PVC in medical device applications, where biocompatibility characteristics are crucial. However, adhesive bonding to these polymers can be a challenge. High-performance polymers are often selected for applications that require structural and dimensional integrity retention under exposure to aggressive chemical conditions and elevated temperatures. One of these options for cost-effective performance polymers is plasticized PVC. However, much attention has been paid to the evaluation of more environmentally friendly and biological polymers. Styrene-ethylenebutylene-styrene copolymer rubbers (SEBS), mixtures of SEBS / polypropylene, TPE (thermoplastic elastomers) and polypropylenes are emerging as high-performance alternatives.



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poliuretano espumado, poliuretano termopl stico, poliuretano, poliuretanos, polypedia, pom, porta fusibles, portafusibles, portal mparas, portavasos, poss, post polimerización, power tools, pp fv, pp cargado, pp con carga, pp con fibra, pp e ppk, pp epdm vulcanizado, pp gf, pp, ppa, ppap, p pap, ppdo, ppe, ppo pa, ppo pp, ppo ps, pp poe vulcanizado, pp poe curado, pps, ppsu, ppx, presión volumen temperatura, probetas iso 527, proceso de vulcanización, proceso en fase slurry, proceso en solución, procesos esteticos, propiedades ópticas, propiedades acústicas, propiedades de los polímeros, propiedades de superficie, propiedades eléctricas, propiedades físicas, propiedades químicas, proposición de ley, protección de peatones, prube de intemperismo, prueba de agrietamiento, prueba de beilstein, prueba de fluencia lenta, prueba de flujo en espiral, prueba de lapiz, prueba de llama, pruebas de vibración, pruebas termicas, ps, psr, psu, ptfe, ptt, pu, puertas de inyección, pultrusion, punteras, purgas, procedimiento, pvc, pvc c, pvc pmma, pvc tpu, pvdc, pvdf, pvk, pvoh, pvt, qu, elastómero ofrece la mejor resistencia a la abrasión, qu, elastómero ofrece la mejor resistencia a la flexión, qu, elastómero ofrece la mejor resistencia a la intemperie, qu, elastómero ofrece la mejor resistencia al aceite y al combustible, compression set, es el material tpu, qu, es el moldeo cientifico, qu, es el poli,ster, qu, es la hist,resis, qu, es un elastomero termoplastico, qu, son los monómeros, qu, son los pl sticos biodegradable, qu, son los pl sticos biodegradables, qu, son los pl sticos, qu, son los polímeros y cómo se clasifican, qu, son los polímeros, qu, son los termopl sticos, qu, tipo de material es tpe, que es el tpe, quitosano, r fagas, radiación electromagn,tica, radiación ionizante, radiopaco, rafia, rail pad, ral, raporto l/d, rastrillo de afeitar, rayados, rebabas, reciclaje, reciclar el pl stico, recocido, recubrimientos ruedas, reemplazando a los metales, reemplazo de metales, reflejo de sonido, reforzado con fibra de vidrio, refrigeradores, regulaciones nacionales y de la ue, regulaciones y la legislación automóviles, relación l d, relacion de aspecto l d, relajación de estr,s, res resbalo, resiliencia, resina epoxica, resinas arom ticas y alif ticas c5 y c9, resinas de amina, resinas de hidrocarburo, resinas de poli,ster, resinas fenólicas, resinas novolak, resinas sbc en selladores, resinas, resistencia a la abrasión, resistencia a la flexión, resistencia a la punción, resistencia al aceite y al calor tpe, resistencia al arco, resistencia al desgaste, resistencia al fundido, resistencia al impacto de caída de peso, resistencia al ozono, resistencia de rebote, resistencia quimica, resistentes a radiacion, resistividad de volumen, resistividad superficial, resonador de conducto turbo, retardante de flama, retardante de llama eps, retardante de llama eps y xps, retardantes, reticulación de biopolímeros, reticulación, revestimiento de 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sms, sobremolde, sociedad, soldadura de gas caliente, soldadura de p,ndulo, soldadura l ser, soldadura por aire caliente, soldadura por fricción (rotacional), soldadura por inducción, soldadura por infrarojos, soldadura por microonda, soldadura por vibración, soldadura ultrasónica, soldadura, soldadura por alta frecuencia, solubilidad polímeros, soplado, soporte bateria, soporte palanca de cambios, spheripol process, s rim, srp, staining, steering boots, stress cracking resistance, stress relaxation, stress relaxations, stress strain, style styrenic block copolymers tps, sublimación 3d, suela goma natural, suela tpr, suelas espumadas, suelas tpu mas ligero, suela tr, suitecase, sujetadores, sulfato de bario, sulfonación, surfactantes, swelling, tabla polímeros transparentes, tablero de instrumentos, tablero, tackifer, tacon, tacticidad, talón de gel, talco, tama¤o de partícula, tampilla de combustible, tampografía, taninos, tanque de expansion, tanques de combustible, tanques de gasolina, tapetes, tasa de transmisión de vapor mvtr, tear strength, tecnopolímeros, teee, telerruptor, temperatura de fragilidad, temperatura m xima de servicio, temperatura mínima de servicio, temperaturas de autoignición, tensión superficial, tensile set, termoendurecibles frente a termopl sticos, termoestable, termoformado al vacío, termopl stico estir,nico elastómeros, termopl sticos vulcanizados, termopl sticos, termo plastico, termoplasticos vs tpes, termosellado, test di robinson, texturizado, tfe, tfe p, tg, tga, thermoplastic polyurethane (tpu), thermoplastic vulcanizates (tpvs), tiempo ciclo de inyección, tiempo de residencia, tier, tinas de pl stico, tipos de procesos, tnr goma natural termoplastico, todt, tornillos autorroscantes, tornillos, tpc et, tpc, tpc es, tpc et propiedades, tpcet, tpc et, tpc et, tpe generacióntpe o, tpe v, tpe, t p e, tpee, tpe e, tpe o, tpes, tpe s, tpe u, tpev, tpe v, tpi, tpo, tpu fundas y protección, tpu, tpv alto termo, tpv generación, tpv nueva generación de polímeros termopl sticos, tpv, tr sbs, tr, transmitancia, trasparentes, tratamiento de llama, tratamiento de plasticos, tratamientos de modificación de superficie, trióxido de antimonio, troubleshooting, tubos corrugados, tubos de freno de vacío, tubos termopl sticos, tvi, uhmwpe, uhmw pe, ul94, ultrasonido, umts, under the hood, unión adhesiva, urea formaldehído, usp, variaciones de brillo, vehículos el,ctricos, ventajas del moldeo por inyección para aplicaciones automotrices, vicat, vidrio molido, vinilo, virus, viscoelasticidad polim,rica, viscosidad absoluta, viscosidad aparente, viscosidad intrínseca, viscosidad relativa, viscosidad, vitrificación, vldpe, vulcanización con óxido de metal, vulcanización con azufre, vulcanización con peróxido, vulcanización con radiación, vulcanización con silanos, vulcanización de caucho, vulcanización de uretano, vulcanización din mica, vulcanización fenólica, vulcanización iónica, vulcanización inducida por luz ultravioleta, vulcanización platinica, vulcanización, vulcanizacion tpv, warpage, water injection assisted, what is tpc et, wheel arch, wollastonite, xdur pbt, xnbr, xsbr, zapato, zapatos de seguridad, zeolitas, ziegler, natta,5g
 

 

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All registered trademarks (® - © - ™) are the property of their respective owners and are used for informational purposes only, in accordance with current copyright provisions. The lyrics are property of their respective authors and we thank them for the opportunity they give us to know their free texts for illustrative and educational purposes. If you are the author of the text you are interested in and request that the text or the inclusion of other information be deleted, send an e-mail to info@mexpolimeros.com after appropriate controls. We will satisfy your request as soon as possible. may be possible. The data and illustrations in this publication are not binding and may be changed as a result of changes and / or improvements deemed necessary by the manufacturer. The aforementioned results carefully with the objective were carried out to give instructions to the end user regarding the use of the products in various stages of their use. As there are different conditions of use, the storage and signature of the preservation mexpolimeros not responsible for damages caused to the client and / or third.
All registered trademarks (® - © - ™) are the property of their respective owners and are used for informational purposes only, in accordance with current copyright provisions. The lyrics are property of their respective authors and we thank them for the opportunity they give us to know their free texts for illustrative and educational purposes. If you are the author of the text you are interested in and request that the text or the inclusion of other information be deleted, send an e-mail to info@mexpolimeros.com after appropriate controls. We will satisfy your request as soon as possible. may be possible. The data and illustrations in this publication are not binding and may be changed as a result of changes and / or improvements deemed necessary by the manufacturer. The aforementioned results carefully with the objective were carried out to give instructions to the end user regarding the use of the products in various stages of their use. As there are different conditions of use, the storage and signature of the preservation mexpolimeros not responsible for damages caused to the client and / or third.
All registered trademarks (® - © - ™) are the property of their respective owners and are used for informational purposes only, in accordance with current copyright provisions. The lyrics are property of their respective authors and we thank them for the opportunity they give us to know their free texts for illustrative and educational purposes. If you are the author of the text you are interested in and request that the text or the inclusion of other information be deleted, send an e-mail to info@mexpolimeros.com after appropriate controls. We will satisfy your request as soon as possible. may be possible. The data and illustrations in this publication are not binding and may be changed as a result of changes and / or improvements deemed necessary by the manufacturer. The aforementioned results carefully with the objective were carried out to give instructions to the end user regarding the use of the products in various stages of their use. As there are different conditions of use, the storage and signature of the preservation mexpolimeros not responsible for damages caused to the client and / or third.
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