Introduction of water contact expansion waterstop. Water-induced expansion waterstop is the use of its production and processing of this feature, can play a solid sealing role, in the external extrusion produces elastic deformation, can prevent the building structure seepage, so as to achieve the role of shock absorption buffer, many engineering design requirements, including civil construction, soil and water structure between the expansion degree of this one, and the problem of waterproofing and seismic protection also exists, the use and installation of water-induced expansion waterstop can be solved The existence of these problems. This kind of water expansion waterstop is mainly used for concrete cast in place in the construction joints or deformation joints, and concrete structure into one of the foundation projects, underground facilities, tunnels, culverts, water transfer channels, water retaining dams, etc., water expansion waterstop can extend the service life of engineering and construction. The role of water-expandable waterstop. Water expansion waterstop is the use of high elasticity of rubber, water expansion waterstop in a variety of loads to produce elastic deformation, so as to play a solid seal, to prevent leakage of building structures, water seepage and play a shock-absorbing buffer, in many engineering and architectural design, civil construction, water and soil structure between a certain expansion requirements, and the existence of waterproof earthquake, etc., so the use and installation of water expansion type waterstop is the sister also above All kinds of problems of the means. The main uses of water-expanding waterstop. In many engineering design, there are certain expansion and contraction requirements between civil engineering and soil structure, and there are problems such as waterproofing and earthquake prevention, so the use and installation of rubber water stops is a means to solve the above problems, water expansion type water stops to be used for concrete cast in place in the construction joints and deformation joints, and concrete structures become one of the foundation projects, underground facilities, underground facilities, tunnels and culverts, water transfer channels, water retaining dams etc. Ensure the service life of the project construction.
Key Specifications/Special Features: ISO9001 Factory Provides High Quality Silicone Rubber Keypads with Laser Etching Backlit Icons (PN: 101626) Material: translucent silicone; Surface Finishing: spray grey, red, yellow and green, laser etching backlit icons to silicone original color, surface with matt clear PU coating; Carbon Pills: no;
GD type rubber fender is developped over D type fender. They can be fixed with anchors thus provides increased stability. GD type fender has bigger bottom width and steel plate mounting. You can also fix them with bolts. We can see they have improved mounting strength and longer endurance than D type fender. It also has a higher reaction force and energy absorption than D type fender. It is typically mounted to dock or vessels like tugs, barges, workboats and pilot boats to reduce the effects of collision between the dock and the vessel during mooring and berthing, therefore preventing vessels and quays from damage. TUF Marine Fenders are with IACS Approvals: CCS, ABS, BV, LR, KR,DNV-GL, NK, RMRS and RINA.
TUF Marine produces Type D Rubber Fender with premium quality rubber by compression moldings. D type fenders are semi-circular rubber fenders. They are commonly used on vessels as well as small quays. D model fenders has excellent performance in absorbing the impact during mooring or berthing thus they protect the ship and the dock from damage. You can use them for different quays, piers, docks, wharfs, ships and etc. With advanced production , TUF D type rubber fender is of the moderate reaction force and higher energy absorption than the cylindrical fenders. The width of its bottom is small, so this marine fender can be installed at docks. They can be precurved, chamfered and drilled to aid installation at a relatively low cost and can also be cut length required TUF Marine Type D Rubber Fenders are with IACS Approvals: CCS, ABS, BV, LR, KR,DNV-GL, NK, RMRS and RINA
TUF Marine pneumatic floating Yokohama fender provides intensive and long-term protection for ships, harbor crafts, docks, piers, and wharfs. TUF Yokohama fenders comply with ISO 17357 and PIANC Guidelines for the design of fender systems. And they are manufactured with the features as follows. The energy absorption does not decrease at inclined compression up to 15 degrees. The reaction force increases slowly and does not increase sharply even under excess load conditions. TUF Marine Pneumatic Yokohama Fender is adequately reinforced using strong tire cord against the combined force during ship berthing and mooring operations. The weight of pneumatic fenders are supported by water on which it floats, making simple installation possible on the wharf and anchor mast. Available in a variety of sizes. IACS Approvals: CCS, ABS, BV, LR, KR, DNV-GL, NK, RMRS and RINA.
It is easy to install and handle Cylindrical Rubber Fender. It is an economical solution for remote locations and for multi-user berths where vessel types cannot always be predicted. Cylindrical Rubber Fender has good adaptability of vertical vibration of vessels during berthing and it is very easy to mount and maintenance and suitable for quays, ports, wharfs and etc. We have Cylindrical Rubber Fenders with sizes ranging from 150mm to 2000mm in diameter.
Rubber molding is a manufacturing process that involves injecting or pressing rubber into a mold and curing it to hold the desired shape. It is used to produce a variety of parts and products, such as O-rings, gaskets and seals, for a variety of industries and applications. PRODUCT DESCRIPTION What are molded rubber products? Rubber molding is a manufacturing process that involves injecting or pressing rubber into a mold and curing it to hold the desired shape. It is used to produce a variety of parts and products, such as O-rings, gaskets and seals, for a variety of industries and applications. The variety of molded rubber products is so great that it is almost impossible to list all the applications for these products on a global scale. Used in everything from agricultural equipment to jetliners, the oil and gas industry, railroads, trucking and countless other industries, it's safe to say that rubber products are everywhere - and they play a huge role in everyday life around the world. Specification of Custom Rubber Products Molded Rubber Parts The material is silicone rubber. Color: as your needs. Black, white, blue, green, brown, red, gray, etc. Sizes: as your drawing or sample. Our Products Details: Custom Rubber Products Molded Rubber Parts
Custom rubber parts made to meet your specific requirements Sanshi Rubber's custom rubber parts and products include round rubber gasket, molded mechanical rubber parts products, molded mechanical rubber bushings for industry Molded silicone rubber parts, round shape rubber gasket, etc. We use custom compounds and commercial grade rubbers as well as compression, injection and transfer molding equipment. Contact us to learn more. Sanshi Rubber can provide custom rubber parts and products to meet the specific needs of your project. As an experienced manufacturer of custom rubber parts, we aim to provide you with the best parts to meet your needs.
Installation position: transmission side Bearing type: rubber metal support Installation location: rear Length [mm]: 102 Weight [kg]: 0390 Number of necessary pieces: 1 Inner diameter [mm]: 10,3 Bearing type: rubber metal support
EPDM,NBR,NR, CSM,VITON,SILICON. Size:Size: DN32-DN3000 Pressure: PN10,PN16,PN25 Pressure Test: 15Bar, 24Bar,37.5Bar. End Flange:DIN PN10/PN16,BS EN1092-PN10/PN16,JIS10K,ANSI 125/150 AS 2129 D/E Flange
EPDM,NBR,NR, CSM,VITON,SILICON. Size:Size: DN32-DN3000 Pressure: PN10,PN16,PN25 Pressure Test: 15Bar, 24Bar,37.5Bar. End Flange:DIN PN10/PN16,BS EN1092-PN10/PN16,JIS10K,ANSI 125/150 AS 2129 D/E Flange
EPDM,NBR,NR, CSM,VITON,SILICON. Size:Size: DN32-DN3000 Pressure: PN10,PN16,PN25 Pressure Test: 15Bar, 24Bar,37.5Bar. End Flange:DIN PN10/PN16,BS EN1092-PN10/PN16,JIS10K,ANSI 125/150 AS 2129 D/E Flange
EPDM,NBR,NR, CSM,VITON,SILICON. Size:Size: DN32-DN3000 Pressure: PN10,PN16,PN25 Pressure Test: 15Bar, 24Bar,37.5Bar. End Flange:DIN PN10/PN16,BS EN1092-PN10/PN16,JIS10K,ANSI 125/150 AS 2129 D/E Flange
EPDM,NBR,NR, CSM,VITON,SILICON. Size:Size: DN32-DN3000 Pressure: PN10,PN16,PN25 Pressure Test: 15Bar, 24Bar,37.5Bar. End Flange:DIN PN10/PN16,BS EN1092-PN10/PN16,JIS10K,ANSI 125/150 AS 2129 D/E Flange
EPDM,NBR,NR, CSM,VITON,SILICON. Size:Size: DN32-DN3000 Pressure: PN10,PN16,PN25 Pressure Test: 15Bar, 24Bar,37.5Bar. End Flange:DIN PN10/PN16,BS EN1092-PN10/PN16,JIS10K,ANSI 125/150 AS 2129 D/E Flange
My name is Mario Zhao, my contact way is plus eight six one eight two five three one four seven two six three. I can supply tire cord fabric, tire liner fabric and tire chafer fabric. We have fabric, we have competitive price. Welcome to contact with me.
I supply tire chafer fabric, welcome to contact with me my we chat or whats app number plus eight six one eight two five three one four seven two six three
Description: Fabric expansion joints are extremely flexible and can be made from a variety of special woven fabrics coated or laminated with selected elastomers or fluoropolymers. Fabric expansion joints are easy to customize to suit existing operating conditions and are easy to transport and install. In comparison to metallic expansion joints fabric offers almost unlimited flexibility, giving the pipe work designer more options. The type of fabric expansion joints are Round fabric expansion joint and Rectangular fabric expansion joint. Featureï¼? 1.Multidimensional direction can be compensated. Various forms, large compensation and long service life; 2.Effective compensation or elimination of installation errors; 3.Low stiffness and small elastic reaction; 4.High temperature range and good corrosion resistance; 5.It can effectively isolate vibration and reduce noise. Applicationï¼? Gas turbine plants Power plants, boiler or diesel powered plants Dust Erection Plants Cement Industry Chemical & Petrochemical industry Metallurgical and smelter industry
Description: Rubber expansion joints, also called rubber compensators, are flexible connectors made of natural and/or synthetic elastomers and fabrics. If necessary, internal metal reinforcement materials can be used. These materials are designed to relieve thermal movement and piping system stress caused by mechanical vibration. Rubber expansion joint material: EPDM, NBR, NR Type: Single ball rubber expansion joint Double ball rubber expansion joint Flange connection rubber expansion joint Threaded rubber expansion joint Feature: 1. Good displacement compensation ability, capable of axial, lateral and angular displacement. 2. Low noise, good vibration damping and corrosion resistance. 3. High pressure resistance, good elasticity, good displacement effect and simple installation. Application: Rubber expansion joints can be widely used in heating and cooling devices, water pipes, desalination plants, compressors, blowers and fans, cement industry, chemical industry, glass industry, wood processing industry and other pipeline Systems
Description: PTFE lined expansion joint is corrosion resistant and can withstand high pressure and high temperature through a space-saving design. PTFE is a synthetic fluoropolymer, which has been widely used due to its non-stick properties and resistance to certain chemicals. The pure PTFE expansion joint and PTFE lined expansion joint are specially designed for environmental corrosion applications. Type: 1. Pure PTFE expansion joint 2. Wire braided PTFE expansion joint 3. Steel liner PTFE expansion joint 4. PTFE lined rubber expansion joint Feature: 1.Withstands higher pressures and temperatures 2.Ideal for installation where space limitations are a factor 3.Available in two, three and five convolution construction 4.Lightweight design 5.Corrosion Resistant Application: PTFE lined expansion joints are widely used in paper mills, chemical plants, and other pipeline applications that deal with acids and strong corrosive chemicals, for displacement compensation and installation deviation caused by thermal expansion and contraction.
