Xinyi professional preservative company welcomes you

 Xinyi professional preservative company welcomes you welcomes you to visit Ding Longtime preservative company! The company dedicated to provide you with the best quality service! National toll-free 24-hour hotline: 400-0515-688 business service hotline: 15380582888 The company has offices in the country:... Eastern Region Northern Region Southern Region Central District, Northwest meet your company's needs, you can receive a call the day of arrival site, to provide satisfactory construction program and product pricing. Willing to cooperate with your company happy, mutually beneficial and win-win. Anti-corrosion epoxy fiberglass pool construction program to build a 1.1 .1.0 engineering purposes a complete glass fiber reinforced epoxy corrosion protection layer structure, the layers must be complete and flawless protection against water penetration. 1.2 glass fiber reinforced epoxy corrosion protection layer need to have good chemical resistance, to protect the pool structure, from the corrosive media erosion. 1.3 glass fiber reinforced epoxy corrosion protection layer must be inside the tank and then is good, no peeling risk. 1.4 can withstand the strain due to thermal expansion and contraction caused by stretching. 2.0 Project proposal for the formation of a good 2.1 epoxy fiberglass corrosion protection layer, the material must have good chemical resistance, mechanical properties and other special properties (such as the primer resin and steel need to have good adhesion strength and high fracture elongation, etc.). 2.2 In order to meet the requirements of around 25 ℃ operating system requires the use of low temperature curing (such as benzoyl peroxide + dimethyl aniline). 3.0 Construction Materials 3.1 specification specification Primer: SWANCOR CP95 special steel resin primer: SWANCOR 6101 glass fiber reinforced epoxy resin (SWANCOR CP95-P, SWANCOR901-P for pre-accelerator recipe) Fiberglass: chopped strand mat: VETROTEX # 450, VETROTEX # 300, the surface of seats:. Surfacing veil 30g / m, Regina or equivalent product for C-type glass 4.1 Construction 4.0 Notes Notes 4.1.1 corrosion protection layer of epoxy fiberglass construction, fiberglass overlapping portions should be 3 -125px room. 4.1.2 rainy or cloudy days, when the relative humidity is greater than 85%, to avoid undesirable resin construction to prevent hardening. 4.1.3 laminated product can not be more than three in a row, to prevent excessive heat shrink or albino delamination. 4.1.4 must be used with permission of the hardening agent, the amount added should be between 1.5-2.5%, must not be less than 1%. 4.1.5 topcoat formulations suitably short gelled formula recommended dose by more than 2 percent sclerosis. 4.2 Safety Precautions 4.2.1 construction workplace forbids any fireworks, smoking, and prevent spark plug hard objects collide or arising. 4.2.2 glass fiber reinforced epoxy resin containing styrene monomer, the operation need to wear activated carbon masks and ventilation equipment must be adequate. 4.2.3 glass fiber reinforced epoxy resin as a potentially reactive substances, should be placed away from direct sunlight or high temperature, usually should be stored in a cool, well-ventilated place. 4.2.4 hardener is a highly dangerous substance, must avoid the following: 4.2.5 inaccessible fire, high temperatures or direct sunlight. 4.2.5.1 must not be confused with a separate accelerator, will cause an explosion; the best placed separately, or purchase of accelerator-containing resin. 4.2.5.2 When touches the skin, wash immediately with plenty of water for 15 minutes or more. Accidentally touches the eyes, rinse with water 15-30 minutes, then immediately taken to hospital. Second, glass fiber reinforced epoxy corrosion protection layer, the quality requirements: a fiberglass surface brightness, smooth, uniform resin content. 2, are not allowed to appear bubble phenomenon, 3, with no adverse solid, gum, wrinkling, cracking and other phenomena. Third, glass fiber reinforced epoxy corrosion protection layer forming process fiberglass epoxy paste made in the form of metal (also paste appearance) on the floor, in order for the equipment (facilities) be protected against corrosion. The basic approach is: 1, the base treatment. Before paste made of epoxy fiberglass corrosion protection layer, the need for metal or concrete (on behalf of the concrete, the same below) the surface for processing. Surface roughening, removing dirt floating dust, polyester putty and then make all the corner radius of curvature of 5-10mm. After going primed within 4 hours; concrete surface containing ≯6%. 2, playing primer. Then after the surface treatment is primed, generally used for epoxy primer can be coated 1-2 times a thickness of about 0.1mm, and repair tie. After curing, the sand a little flat after 24 hours before the patch. 3, cloth stickers. Choice of filler materials such as glass cloth and depending on the nature of the medium. Patch can be divided into: (1) intermittent law that every one had finished dressing after the cloth, after curing, 24 hours after use putty. Paste the next layer until the required thickness of the city. By lap between about 30-50mm, overlap between the wall and the bottom of 200-300mm, layers connected to stagger the joints, usually 1/2 story wrong, wrong three 1/3, four 1/4 should not take the wrong seam overlap. 4, the surface layer. Puwan fabric layer, curing 48 hours after the repair defect disease, then scrape 0.2mm thick putty improve compactness, to be sticky gel glue painted face two times, two levels of glue thickness 0.1-0.2mm. 5, using four cloth six Tu approach. Construction process first connect the power cord, install lighting, ventilation, fire fighting facilities, to ensure the work is not dead space lighting, ventilation and smooth, before the start of construction put in place under conditions of fire-fighting facilities. The first step: leveling. Angle grinder, marble polishing machine leveling. Step two: Dust and drying. Ensure dry cement surfaces clean. The third step: fill level. Cement surface with epoxy putty to fill potholes all levels. Step Four: brush epoxy primer, do the fifth step within four hours. Step five: the first layer of fiberglass cloth attached. Step Six: brush second layer of epoxy resin, made 24 hours after the seventh step. Step Seven: polished, defoaming, leveling, fill level. Step eight: posted a second layer of glass fiber cloth. Step 9: brush the third layer of epoxy resin, made 24 hours after the tenth step. Step 10: polish, bubble removal, leveling, fill level. Step Eleven: posted a third layer of glass fiber cloth. Step Twelve: Brush fourth layer of epoxy resin, 24 hours after doing Step 13. Step 13: polish, bubble removal, leveling, fill level. Step Fourteen: posted a third layer of glass fiber cloth. Step 15: Brush the fifth floor epoxy Forty-eight hours after doing the sixteenth step. Step 16: Finally, once the epoxy surface paint brush. Finally: After seven days before the lighting, ventilation, fire facilities evacuated seven days, every day to arrange technical personnel patrol in order to view, record and volatile situation epoxy resin cured, do instant adjustment of the epoxy resin preservative effect after normal use to achieve the best results.