Buying powder Morphou

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Buying powder Morphou

Saint Cyprian was born in Antioch, and lived as a pagan who practiced magic and worshipped demons. When Cyprian was asked to brew a love potion to capture the love of Justina, he tried every demonic trick possible but failed. It was impossible because Justina was a Christian and had the grace of God upon her. He realized the power of Christ and burned all of his magic books and was baptized. He converted many pagans to Christianity. She dedicated herself to God, spending her time in prayer and fasting. They were tortured and killed but through their faith, they converted one of the soldiers present during their martyrdom. The original icon lies on a relic case of Saint Cyprian, which contains a piece of his skull. The circular inscription around the icon signifies the dedication of the relic by the Metropolitan Neophytos of Morphou in Cyprus, in the year This icon is made of solid, natural limewood Tilia that has been prepared by hand using traditional methods and organic materials. The background consists of 22 Karat gold leaves that were meticulously applied by hand, piece by piece. All of our icons are reproduced according to museum print standards and are authentic replicas of Holy Icons from Mount Athos and elsewhere. Learn more about how our Holy Icons are made here. From the moment you first hold your Holy Icon, you will see the exquisite details that bear truth to the meticulous preparation and creation of the image, as well as feel the depth and weight of the solid wood upon which it is portrayed. One of our larger icon dimensions Because we value quality even in the details, your Holy Icon will be shipped in luxury packaging and can be presented as a gift for a friend or family member. We are proud to offer the highest quality products! However, if you are not satisfied with your purchase, you may return it for an exchange or refund, free of charge! We offer free return shipping for all orders, so long as: a Item s are been purchased in the last 30 days. The monks have crafted a variety of traditional incense fragrances, using high quality elements. Made with pure high quality frankincense, magnesium powder and fragrance. Choose between small packs 1. It was founded in the 14th century by Saint Gregory the Hesychast who dedicated the main church to Saint Nicholas. The second protector of the Monastery is Saint Gregory and the third protector is Saint Anastasia of Rome, known for performing myriad of miracles and whose relics are kept in the Monastery. In its history, Gregoriou Monastery burned down twice once in the 15 th century and then in the 18th century. Both times, it was successfully reconstructed without losing its treasures which now consist of, among other items, 4, printed books, manuscripts, and parchments from the unique manuscript of Hermas belonging to the apocryphal books of the Gospel. Thank you for this beautiful box of spikenard incense. It has such a beautiful scent and brings me joy. The quality is so pure and the timely delivery was great. I can tell there was great prayer in making this incense. Received both boxes in a timely manner and very well packaged. They smell great and burn very well. I love the smell of gardenia. This is an iconographic posture of Jesus Christ the Lifegiver. Jesus Christ gives us his blessing with His right hand and holds the Gospel with His left hand, and is here to teach us about eternal life. This icon of Jesus Christ the Lifegiver is reproduced, with permission, from the authentic icon painted by the monks in the Cell of St. John the Theologian. This icon is made of solid, natural Limewood that has been prepared by hand using traditional methods and organic materials. The background is comprised of 22 Karat gold leaves that were meticulously applied by hand, piece by piece. This was my second icon, the colors are vibrant and are complemented well with the gold leaf. I chose the 7. Exceptionally beautiful. I ordered the 7. It has a recessed edge which adds subtle depth and creates a soft framing of the image. The colors are rich and sharp. The gold leaf is brilliant. The fidelity of the print is marvelous. It feels very sturdy as well. I am beyond pleased with this icon. I ordered the 5 x 7 size. The icon is very beautiful. The quality is exceptional. The case that it comes in is a very nice added touch. I did have a question about my order and the response was very quick and very kind. Shipping was timely and very well packaged. I look forward to purchasing additional icons from this vendor. God Bless. This icon is also available in smaller dimensions, as our Mother of God icon. The icon of the Panagia Eleoussa also Virgin of Tenderness is known for showing mercy. This icon of the Panagia Eleoussa is reproduced, with permission, from the authentic icon painted by the monks in the Cell of St. I recently ordered three icons for our home, and all of them were shipped on time, and with such care. Thank you Athonite for creating such beautiful icons, we have purchased icons in the past and they are always so amazing and beautiful, thank you! I am an iconophile. This is one of the best icons I have ever seen. I bought it as a gift to a friend. My friend and everyone who saw it loved it. I am going to order another one soon. Actually, I would like my next order to be 3ft sized. I love this icon!!! It is perfect! For larger dimensions, please visit our icon of the Panagia Eloussa. This icon of Mother of God is reproduced, with permission, from the authentic icon painted by the monks in the Cell of St. It arrived on time and fast and with the note added in the back of the icon as requested. The quality is super good. Arrived on time, decent packaging. Beautifully painted and amazing people! Highly recommended.. I really enjoyed this icon and gave it as a present for a baptism I was the godmother - the picture does not do this icon justice as in person it was much more beautiful. In addition, the box and packaging that it came in were outstanding and I would highly recommend, especially if you are giving as a present because I did not need to buy a box for it. I highly recommend this icon - the quality is great and I will definitely be buying more icons from this company! The icon depicts Jesus Christ descending into Hades and pulling Adam and Eve from the tombs, symbolizing His victory back to the very beginning of mankind. On the right side of the icon, we see Abel as a shepherd, the first person to die as a result of the Fall, as well as Saint John the Baptist. This icon of The Resurrection is reproduced, with permission, from the authentic icon painted by the monks in the Cell of St. It brings to life the power of His triumph over the Devil in Hades. The product was in a beautiful case and I received a small cross to add to the experience. I plan to purchase more of these quality icons from Athonite as a result. I ordered the Resurrection icon size 8'x10', recessed style , which arrived today. It was packaged with great care and attention. This will be a Baptism gift for a husband and wife, and the presentation boxing is beautiful see the above video. When I opened the presentation box, the beauty of the icon was simply overwhelming! The gold background it heavenly, and the detail of the image is lovely. The mounting is beyond study. This icon was made to last. I am completely satisfied with the quality and beauty of this icon and highly recommend Athonite. I just wanted to say thank you for my magnificent icon of the Holy Resurrection of Jesus Christ. It took my breath away. The workmanship is impeccable! After a rough day at work, what a true Blessing from God to come home to this beautiful piece of art. This commemorates the miraculous appearance of the Mother of God at the Blachernae Church in Constantinople in the mid-tenth century. It was in this church where the robe, veil and part of the belt of the Theotokos were preserved after being recovered from Palestine in the fifth century. On Sunday October 1, during an all night vigil, when the church was overflowing with the faithful, the Fool-for-Christ Saint Andrew, at four o'clock in the morning, beheld the Theotokos appearing above the people, holding her omophorion outstretched as a protective covering. She was clothed in gold-encrusted royal purple, and shone with an ineffable radiance, surrounded by apostles, saints, martyrs and virgins. Our Beloved Holy Mother tearfully prayed for Christians for a long time, coming near the bishop's throne to continue her prayer. After, she took her veil and spread it over the people praying in the church, protecting them from enemies visible and invisible, resplendent with heavenly glory and gleaming like the rays of the sun. Saint Andrew gazed trembling at the miraculous vision and asked his disciple, named Epiphanius, standing beside him, 'Do you see, brother, the Holy Theotokos, praying for all the world? On this glorious Feast we implore the defense and assistance of the Queen of Heaven, 'Remember us in your prayers, O Lady Virgin Mother of God, that we not perish by the increase of our sins. Protect us from every evil and from grievous woes, for in you do we hope, and venerating the Feast of your Protection, we magnify you. Quality work of both sacred art and prayer. I am very grateful for Athonite that make it possible to own such a precious gift. Fast shipping, customer service is amazing as always and it was well packaged. I highly recommend this shop to all my family and friends. Thank you again to Everyone at Athonite! The groove in our recessed icons adds depth to the Iconography, making the icon even more dramatic and impressive. In order to keep the relative proportions, the depth of the groove changes with the size of the Holy Icon. Level icons allow the Iconography to retain its boldness even in smaller sizes. As such most of our level icons have smaller dimensions. Backside details vary with icon size and serve to ensure that your Holy Icon will stand the test of time. Solid wooden icons of larger dimensions are prone to bending and damaging as time passes. Fortunately, our Holy Icons are supported by two additional, horizontal wooden protective panels on the backside. These panels bolster the icon and allow it to sustain its shape, ensuring that your Holy Icon will remain in its original, pristine condition as it is passed down from generation to generation. Icons of smaller dimensions are naturally sustainable over time, and experience less structural stress. As such, you will find that the backside of smaller Holy Icons is flat and proportional to their shape. Close menu. Home About. Our Story. Contact Us. Holy Icons. About our Icons. All Icons. Jesus Christ. Holy Theotokos - Virgin Mary. Reserved Gold Collection. Renowned Miraculous Icons. Athos Iconography. Holy Presentations. Available to Ship Now. Handcrafted Monastiriaka. Browse All. Prayer Ropes. Orthodox Books. English Books. Greek Books. Church Furniture. Altar Furniture. Narthex Furniture. Wooden Frames. Saints Cyprian and Justina. Style Level. Add to cart. Their feast day is celebrated on October 2. Quick view. Jesus Christ the Lifegiver. Customer Reviews. Jesus Christ the Lifegiver 5 reviews. Dimension: 3. My very first icon. I absolutely love it. Beautiful and great quality! Panagia Eleoussa 10 reviews. Dimension: 7. Mother of God 6 reviews. The Resurrection 4 reviews. Excellently beautiful. You can tell the nice handy work that goes into their handmade Icons. Blessings to you always …. Compare Dimensions Our most popular dimensions are pictured, to scale. Level Level icons allow the Iconography to retain its boldness even in smaller sizes. Backside Details Backside details vary with icon size and serve to ensure that your Holy Icon will stand the test of time. The Art of Making Holy Icons. Learn More. Next: Saint Olga.

FusionTech International Is Supplier Of HIGH QUALITY PVC Core In Palaichori Morphou Cyprus

Buying powder Morphou

ABSTRACT Improved PVC compounds formulated for exhibiting low smoke generation and having high processing stability and impact resistance comprising polyvinyl chloride, an effective amount of at least one smoke suppressant selected from the group consisting of molybdenum, iron, copper, zinc, vanadium, lithium, sodium, potassium, magnesium, calcium, barium, zirconium, manganese, phosphorous, aluminum, chromium, boron, tin and titanium based smoke suppressants, including mixtures, and a lubricant system comprising an ester of a long chain carboxylic acid, a chemically modified paraffin wax, and alkyl ester of an alkyl polyol, and optionally a C8 to C30 substituted or unsubstituted carboxylic acid and a hydrocarbon wax. Preferably, an impact modifier system is included and is selected from the group consisting of an acrylic polymeric impact modifier, an MBS impact modifier, and an ABS impact modifier. A primary stabilizer is included and a preferred stabilizer system comprises a tin compound and a co-stabilizer selected from epoxidized materials. In particular, polyvinyl chloride compound lubrication systems formulated for high processibility and physical properties. Because rigid PVC has a workable melt vigcosity very near its degradation temperature, these compounds must be processed under mechanical work load which leads to damaging shear heating. Conventional remedies have not lead to complete succegg due to the loss of certain properties. Higher levels of stabilizer, for example, can have negative effects on the heat distortion temperature of the compound. The needed additives for overcoming deficiencies in a rigid, smoke suppressed thermoplastic PVC compound have significant nQgative secondary effects, such effects not being predictable by extrapolation of known compounding approaches. For flexible compounds, plasticizers are flexibilizers which boost melt flow and impact strength while lowering melt viscosity. The inherently superior dynamic thermal stability of flexible compounds presents no practical limitation for producing large or high surface area articles. Moreover, certain recommended flame retarding materials used as flexibilizers aid in reducing the flame and smoke tendencies. Recovering the sacrifice in the melt processing window and impact strength of rigid polyvinyl chloride formulated for low smoke requirements is sought. Therefore, it would be of significant commercial importance to provide rigid PVC compounds exhibiting reduced smoke density, improved processibility and impact resistance. The polyol ester is specified in amounts most preferably at from 1. Preferably a long chain carboxylic acid is included. More preferably a hydrocarbon wax is also included and the total amount of lubricant on a weight basis present ranges most preferably from 3 to 7. Sedigraph0 analyzer. The Means for controlling the outsized fraction include gringing and milling, and in particular, jet milling. In yet another embodiment embodiment it was found that impact strength was improved while not sacrificing smoke suppression by the incorporation of from 2 to less than about lO phr of CaC03 in a smoke suppressed PVC compound containing a polyol ester. The most preferred smoke suppressant is a molybdenum compound, particularly an organo molybdate such as melamine molybdate. ION In general, the components of the preferred embodiments of the compounds of the present invention are polyvinyl chloride, smoke suppressant, impact modifier, a lubricant system and a primary stabilizer. Optional ingredients are co-stabilizer, pigment, filler, other lubricants, fibrous filler, static dissipative additive, colorant, antioxidant, and anti-fogging agent, etc.. Polyvinyl chloride polymers are well known and commercially available worldwide. A mass process is described in U. Patent No. A phase inversion process may also be used and is disclosed in U. A useful skinless, suspension PVC resin is taught in U. The preparation of porous, skinless, crosslinked PVC resin can be prepared with the direction of U. Suspension or mass PVC resin used herein is a particulate homopolymer or rigid copolymer resin having a particle size average ranging from about 70 microns to microns. Particularly preferred for the major component of the PVC continuous matrix phase are polyvinyl chloride homopolymers substantially free of gel particles and crosslinXs. The inherent viscosity I. The most preferred I. Two PVC polymers each having a different average molecular weight can be employed. The higher I. When combined in this manner, it. The preferred I. There can be a blend of crosslinked and uncrosslinked PVC. In a compound using only a single PVC polymer, the preferred I. The I. Generally, the PVC compounds herein will contain a primary thermal stabilizer. Primary stabilizers include compounds based on tin, lead, antimony, barium, cadmium, zinc, and calcium. The preferred primary thermal stabilizer system employed herewith is based on tin, with the organotin types being more preferred. A combination of a primary stabilizer like an organotin compound and a co-stabilizer can be used. The preferred stabilizer system is an organotin compound and epoxide co-stabilizer. There may be included any other heat stabilizers such as derivatives of barium, cadmium, calcium, and zinc, however these are not necessary. Epoxy materials include the bisphenol A derivatives such as the reaction product of epichlorohydrin and bisphenol A. Liquid epoxy materials include diglycidylether of bisphenol A, having molecular weight above about In general, a glycidyl ether resin will have an epoxy equivalency equal to or greater than 1 and usually not more than about 2. The epoxy equivalency is defined as the number of epoxy groups per molecule. Preferred epoxy materials are epoxidized vegetable oils and epoxidized fats, such as, epoxidized soya oil, epoxidized rapeseed oil, epoxidized linseed oil, epoxidized tall oil, epoxidized butyl tallate, epoxy cyclohexyl adipate, octyl epoxy stearate, 2-ethylhexyl epoxy tallate, and epoxy glyceryl oleate dilinoleate. Co-stabilizer may be present at from 0. When used, antioxidants are generally present in an amount from about 0. MBS impact modifiers generally contain a rubbery phase component, the particulars of this phase being beyond the scope of the invention. Preferably the Tg of the rubbery core polymer is below C. MBS impact modifier is suggested at a level of from 0 to 20 phr, preferably 0 to less than 15 phr, and most preferably o to about 8 phr because of the direct negative effects on HDT, smoke density and DTS in proportion to the amount of MBS used. Polymeric acrylic impact modifiers are the preferred polymeric impact modifier and it was observed that reduced smoke density was achieved using acrylic impact modifier s. A method of preparing such a CPE material is more fully described in U. Patent 3,, Dupont de Nemours, Inc.. The lubricant system used in the present invention comprises preferably an alkyl ester of a long chain carboxylic acid ester wax , a chemically modified paraffin wax, and an alkyl ester of an alkyl polyol polyol ester. The term 'alkyl' used herein includes straight ehain or branched Cl to C50 alkyl substituents having any degree of unsaturation, as well as saturated alkyl substituents. The polyol esters include glycol esters and glyeerol esters like ethylene glyeol esters and propylene glyeol esters. Polyol esters inelude oligomeric glyeol esters or oligo-glycerol esters. Partial esters of the polyol areincluded. More preferred are the esters derived from the reaction of a polyol and a C12 to C18 carboxylic acid, with most preferred versions being mono-C16 to C18 carboxylic acid ester of glycerol like glycerol monostearate. Glycerol esters are commercially available from Henkel, Inc.. The ester waxes referred to herein are other than those derived from a polyol, and include alkyl esters of substituted or unsubstituted C8-C30 carboxylic acids like the esters of mono-carboxylic acids including caprylic acid, pelargonic acid, capric, undecylic acid, lauric acid, myristic acid, palmitic acid, margaric acid, stearic acid, oleic acid, ricinoleic acid, behenic acid, chlorocaproic acid, hydroxy capric acid and the like. Preferred are alkyl esters of CCl8 carboxylic acids like esters of stearic acid, or mixed C6 to C25 acid e ters. The chemically modified synthetic waxes include oxidized microcrystalline wax, oxidized polyolefin, and oxidized polymethylene, including mixtures thereof, with oxidized polyethylene OPE being preferred. The chemical modification can be carried out by treating paraffin wax with air, ozone, oxidizing acids, peroxides, dichromate, hypohalite, permanganate, and peroxy acids. Generally the molecular weight of the wax before chemical modification ranges preferably from about to about 20, Oxidized polyethylene is commercially available from Allied-Signal, Inc.. A preferred lubricant system further comprises from about 0. If used, the C8 to C30 carboxylic acid is preferably present at from 0. Metal soaps such as calcium stearate can be used. If uged, metal soaps are preferably present at about from 0. A preferable added lubricant is a C8 - C30 carboxylic acid, including halogenated or hydroxyl derivatives thereof. If added, the carboxylic acid if preferred at from 0. Most preferred carboxylic acids are the Cl6 to Cl8 carboxylic acids. A hydrocarbon wax, preferably a paraffin wax can be included at from 0. There is a preferred total amount of lubricant beyond which there are undesirable effects on HDT, impact strength and smoke density. Desirably the lubricant system comprises a total of about 1 to 15 phr of lubricants components, preferably from 2 to about 10 phr total, more preferably from 2. The amount of lubricants desired depends somewhat on tbe I. By matrix, it is meant the continuous, predominant thermoplastic phase component. Generally, an amount within the lower end of the specified range of lubricants is suggested when the PVC resin used as the matrix has an I. Several combinations are suggested herein within preferred ranges. Optimization of particular individual formulations i8 beyond the scope of the present invention. The preferred smoke suppressant system contains a compound selected from the group consisting of molybdenum, copper, zinc, aluminum, boron, phosphorous, calcium or mixtures. Most preferred is a combination of molybdenum and copper, in particular, a preferred combination of a molybdate and a copper carboxylate. Additional types of smoke suppressants are not needed but may include molybdic compounds such as molybdic oxide. The molybdenum compound is present preferably in an effective amount ranging from about 0. A carrier particle, if employed is preferably one with high surface area or porogity. Patents 3,, and 3,, Organo-molybdenum compounds are preferred molybdenum compounds and include organo-amine molybdates. It is not sufficient to describe the median particle size for particulate molybdenum compounds, as particular attention should be paid to the outsized particles. By milling and reducing the fraction of out-sized particles, commercial compounding of large quantities having significantly more consistent impact strength was achieved. Two molybdates may have similar apparent mean diameter, however there is no way of characterizing the fraction of outsized partcles. In the preferred embodiments utilizing molybdates and copper carboxylate, these components are present in a range of weight ratio, respectively, of to , preferably from to A more preferred range for the ratio of molybdate to copper carboxylate is from to , and a most preferred ratio is from to Ammonium octamolybdate is available from Amax, Inc. A small amount of at least one optional plasticizer may be included. Specific examples of plasticizers include esters of carboxylic acids including the various esters of adipic acid, azelaic acid, phthalic acid, benzoic acidl and citric acid, isobutyric acid, isophthalic acid, sebacic acid, isosebacic acid, stearic acid, tartaric acid, oleic acid, succinic acid, phosphoric acid, terephthalic acid, pentaerythritol, trimellitic acid, and mixtures. Preferred plasticizers are non-aromatic. The type and amount of plasticizer utilized will depend upon the desired physical characteristics of the composition. The PVC compounds used herein will typically contain other additives selected from the group consisting of: pigments, blowing agents, coupling agents, processing aids, fillers, antistatic agents, anti-fogging agents, and colorants all of which are commercially available. An exemplary. Adjustment of melt viscosity can be achieved as well as increasing melt strength by employing polymeric processing aids. The preferred processing aids are lubricating process aids. Preferred commercial versions from Rohm and Haas, Inc. It was found that a lubricating process aid was beneficial to achieving the best balance of properties. A commercial version such as Rohm and Haas, Inc. The amounts of processing aids useful herein generally range from 0. Preferred are lubricating types. Exemplary fillers are optional and include clay, barytes, calcium carbonate, dolomite, talc, mica, aluminum trihydrate, silica, silicates and fibrous reinforcing fillers such as glass fiber, carbon fiber, graphite fiber, etc. It was found that the best balance of properties were achieved when filler was used from 1 to about 10 phr. In particular where CaCO3 was used, the best combination of properties was found using from 2 to 8 phr. There may be one or more pigments included, for example inorganic pigments like metallic oxides. Metallic oxides commonly used are oxides of titanium, antimony, lead, silicon, iron and chromium. There are the elemental pigments like carbon black, the metallic pigments such as copper alloys, aluminum and aluminum bronze. The organic pigments include basic colorants, azo pigments,soluble azos, and condensed acid pigments are mentioned among the many other typeF widely available. Useful TiO2 types are coated or uncoated rutile titanium dioxide powder. DuPont De Nemours and Co. The amount of pigment used generally will range from phr, more preferably 0. Brabender dynamic thermal stability time at F ,:. The composition can be extruded and cut into pellets or cubed. The preferred process to manufacture is by the use of a mill, a Banbury mill or a compounding extruder with the more preferred being a compounding extruder. Surprisingly the use of a kneading type compounding extruder with a segmented screw such as a Buss0 compounding extruder resulted in lower smoke density, and higher impact resistance when compared side-by-side to compounds prepared by commercial milling. The work level in melt processing of the compounds should be relatively high to develop the best corbination of properties. Examples of a specific applications include shower stalls, wall panels, tub enclosures, refrigerator panels, appliance housings, electrical housings, sporting equipment, plumbing ware, automotive components, and business machine components and housings. Thus, the use of the present invention has extended the range of applications for PVC-based compounds. All amounts of ingredients are shown in weight parts. Model PL-V30Z is a suitable model. DTS time is dependent not only on inherent polymer stability, but also on temperature, sample size, compound formulation, instrument operating conditions, degree of instrument maintenance, and other conditions. DTS was run using a no. The preferred compounds of this invention have a DTS time of at least 18 minutes, more preferable embodiments have 20 minutes or higher DTS, and most preferred embodiments achieve at least 22 minutes DTS time. A difference in DTS time of 2 or more minutes is considered a significant difference within the type of compounds of the present invention. The maximum optical density as a function of light obscuration for each sample was observed using a vertical light path was measured. Smoke density was measured in the flaming and non-flaming modes. Some embodiments of the inventionn achieved, in either the flaming on non-flaming modes, a smoke density DM of less than , in other embodiments, less than , in more preferred embodiments less than , and in most preferred embodiment less than , for 0. To the dart is attached a weight and the dart is dropped, while. The height of the weight is then lowered incrementally until the impacted points pass the test when no crack through which light can be seen is made. The height is then increased again until a failure occurs and then decreased until a pass occurs. Typically 9 to 16 impacts are made per test. This value is the weight times the height and is usually reported in inch-pounds. The inch-pounds may be divided by the average thickness of the sample here approximately 20 mils. The VHIT performance achieved by the invention is at least 0. Where indicated, VHIT was tested using a specified procedure. The powder mixture was banded on a heated 2-roll mill for several minutes. The band fluxed sufficiently for a uniform sheet of approximately 0. Samples were die cut either to 6 in. Test procedures followed the aforementionQd standard procedures. Impact strength is improved by the use of small amounts of plasticizer. Examples I-5 and I are compared to Example I-3 for showing the undesirable increase in smoke density when including a higher amount of acrylic impact modifier, however impact strength improves, while DTS is somewhat reduced. PVC II-7 vc. The use of high I. PVC surprisinqly lowered the smoke generation II-5 vs.. II and gave significantly higher notched Izod impact strength. Increasing the level of unmilled melamine. This product had essentially the same effect on smoke as the high I. In example IV, a reduced level of high I. In compound IV, the high I. The impact strength improved but smoke den6ity in the non-flaming mode increased 6ignificantly compared with the control IV-l. In Example IV s the impact modifier was increased and the high I. In IV versu6 IV, the 1. Overall, table demonstrates the desirability of employing a minor amount of PVC having higher I. Example V-7 is a control. In Example V-6, a O. PVC resin was used vs. V along with 25 parts of 0. Comparing compounds Banbury lC vs. PVC resin, lubricant system and coarse fraction of the molybdate were studied. In compound VII-2 vs. VII-l, the fraction of high I. The smoke generation increased and the DTS time increased slightly. In compound VII-3 vs. VII-2, the impact modifier was increased and the levels of lubricating process aid and ESO were reduced. The smoke generation increased in the flaming mode and decreased in the non-flaming mode while the low temperature Izod increased. In compound VII-4 vs. VI the level of impact modifier was decreased and the level of lubricating process aid and polyol ester wag increased. The smoke density decreased and DTS increased with only a small drop in impact strength. The compound of claim 1 wherein said polyol ester is present at from 0 1 to 10 parts by weight per weight parts of polyvinyl chloride phr , said wax is present at from 0. The compound of claim 2 wherein said polyol ester is present at from 0. The compound of claim 3 wherein said polyol ester is present at from 1. The compound of claim 2 wherein said lubricant system further comprises from a C8 to C30 carboxylic acid. The compound of claim 5 wherein said carboxylic acid is present at from 0. The compound of claim 5 wherein said lubricant system further comprises a hydrocarbon wax. The compound of claim 7 wherein said hydrocarbon wax is present at from 0. The compound of claim 1 wherein said lubricant system is present at from 1 to 15 phr. The compound of claim 5 wherein said lubricant system is present at from 2 to 10 phr. The compound of claim 7 wherein said lubricant system is present at from 2. The compound of claim 11 wherein said lubricant system is present at from 3 to 7. The compound of claim 1 wherein said stabilizer contains an element selected from the group consisting of tin, lead, barium, cadmium, zinc, and calcium containing stabilizers. The polyvinyl chloride compound of claim 1 further comprising at least one impact modifier selected from the group consisting of ABS, CPE, MBS, and acrylic polymeric impact modifiers. The polyvinyl chloride compound of claim 14 wherein the impact modifier consists acrylic polymeric impact modifier present at from 4 to 8 phr. The polyvinyl chloride compound of claim 21 wherein said first polyvinyl chloride has an I. The polyvinyl chloride compound of claim 1 further comprising a co-stabilizer for PVC selected from the group consisting of phosphite stabilizers, polymeric phosphites, thioesters, beta-diketones and epoxy materials. The polyvinyl chloride compound of claim 24 wherein said co-stabilizer is an epoxy containing material selected from the group consisting of glycidyl ether of polyhdric alcohol, epoxidized vegetable oil, glycidyl ether of bisphenol-A, and an epoxy ether having the formula: wherein n is an integer from 1 to 20, and R represents the divalent hydrocarbon radical of a substituted or unsubstituted dihydric phenol. The polyvinyl chloride compound of claim 24 wherein said co-stabilizer is present at from 0. The polyvinyl chloride compound of claim 26 wherein said co-stabilizer is present at from 0. The polyvinyl chloride compound of claim 1 further comprising a plasticizer present at from 0. The polyvinyl chloride compound of claim 28 wherein said plasticizer is present at from 1 to 2 phr. The polyvinyl chloride compound of claim 21 wherein said first polyvinyl chloride is present at from 3 to 7 weight parts per weight parts of polyvinyl chloride. The polyvinyl chloride compound of claim 1 in the form of an extruded sheet extruded through a die having a width of at least 30 inches. The polyvinyl chloride compound of claim 1 in the form of an extruded sheet extruded through a die having a width of at least 48 inches. The polyvinyl chloride compound of claim 1 in the form of an injection molded article. A process for improving the dynamic thermal stability and impact strength of a polyvinyl chloride article containing at least one dispersed particulate smoke suppressant, comprising the steps of: combining polyvinyl chloride, at least one stabilizer for polyvinyl chloride, and a lubricant system comprising from 0. The process of claim 34 wherein said heating and shearing means is selected from the group consisting of banbury mixing, single screw extrusion, twin screw extrusion and injection molding. The process of claim 34 further comprising the process of forming an extrudate from said article in the form of a sheet. The process of claim 34 further comprising the step of thermoforming said sheet into a shaped article. The use of the process of claim 37 for forming an article selected from the group consisting of a shower stall, wall panel, tub enclosure, refrigerator panel, appliance housing, electrical housing, sporting equipment, plumbing ware, automotive component, business machine components and business machine housing. The method of claim 40 wherein the means for limiting the fraction of said particles is selected from the group consisting of grinding, milling, and jet milling. The method of claim 40 further comprising the step of incorporating two polyvinyl chloride polymers having differing molecular weights, wherein the higher molecular weight PVC is present in an amount of less than 25 parts per weight parts of PVC phr. The method of claim 40 including the step of incorporating from 2 to less than about 10 phr of CaCO3. The method of claim 40 further comprising the step of incorporating a lubricating acrylic processing aid. The method of claim 40 wherein said molybdenum based compound is an organo molybdate. The method of claim 46 wherein said organo molybdate is melamine molybdate. The method of claim 40 wherein said polyol ester is selected from the group consisting of ethylene glycol esters, glycerol esters, propylene glycol esters, oligomeric ethylene glycol esters, oligomeric propylene glycol esters and oligomeric glycerol esters, including mixtures. EPA3 en. CAA1 en. MXA en. Wax preparation containing partial esters of polyols and montan wax acid and Ca soaps of montan wax acid. GBA en. Stabilizer composition for colored halogen-containing thermoplastic resin compositions. Use of a polymer compound for producing a device installation channel and device installation channel derived from such a polymer compound. EPA1 en. USB2 en. Pre-dispersed polyol ester for PVC polyvinyl chloride stabilizer and preparation method thereof. Vinyl halide polymers having improved resistance to burning and smoke formation. Smoke suppressant compositions for halogen-containing plastics and methods of using. EPA2 en. Polyvinyl chloride or polyolefin melt processable compositions containing polytetrafluoroethylene micropowder. USA en. Plasticized polyvinyl chloride resin composition containing molybdenum flame retardant and antimony compound smoke suppressant agent. EPB1 en. Flame retardant composition and flame-retardant resin composition containing same. CNB en. USB1 en. Ester-plasticized polyvinyl chloride resin composition containing molybdenum flame retardant and smoke suppressant agent. WOA1 en. CAC en. Flame retardant composition and flame retardant resin composition containing same. JPHA en. CAA en. Stain-resistant plasticized vinyl chloride polymer compositions and floor coverings having a wear layer produced therewith. JPB2 en. KRB1 en. JPSA en. Vinyl halide polymer: ethylene-vinyl alcohol blends containing phenolic antioxidant. Flame retardant composition, flame-retardant resin composition and molded article. Flame retardant agent composition, flame retardant resin composition, and molded article thereof.

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