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Xiamen Juguangli Import & Export Co., Ltd
About us
Your Professional & Reliable Partner.
XIAMEN JUGUANGLI IMPORT & EXPORT CO., LTD. is a state-approved import and export company established in China, mainly responsible for overseas sales.There are two manufacturing plants in xiamen, China, silicone rubber products production plant and lens production plant.Local production, can provide customers with high quality and competitive market silicone rubber products and display cover glass ,lens products, welcome to contact us at any time, for samples and inquiries quote.Factory # 1: ...
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Year Established

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Million+
Employees

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Million+
Annual Sales
China Xiamen Juguangli Import & Export Co., Ltd HIGH QUALITY
Trust Seal, Credit Check, RoSH and Supplier Capability Assessment. company has strictly quality control system and professional test lab.
China Xiamen Juguangli Import & Export Co., Ltd DEVELOPMENT
Internal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
China Xiamen Juguangli Import & Export Co., Ltd MANUFACTURING
Advanced automatic machines, strictly process control system. We can manufacture all the Electrical terminals beyond your demand.
China Xiamen Juguangli Import & Export Co., Ltd 100% SERVICE
Bulk and customized small packaging, FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.

Quality Silicone Rubber Keypads & Conductive Rubber Keypads manufacturer

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Cases & News
The Latest Hot Spots.
A Case of Silicone Rubber Keypad Order with a Russian Machinery Enterprise.
A Case of Silicone Rubber Keypad Order with a Russian Machinery Enterprise   In the context of global trade integration, every successful order is a testament to cross-border trust and collaborative synergy. This cooperation case, involving a well-known Russian industrial control equipment manufacturer and our company for silicone rubber keypads, stands out as an excellent example of overcoming regional and technical challenges to achieve mutual success.   Initial Emergence of Customer Demand Russia, as a major industrial power, has a thriving manufacturing sector—especially in the field of industrial control equipment. These devices rely heavily on high-performance silicone rubber keypads, whose durability and responsiveness directly impact the equipment’s operational stability and user experience. The Russian customer is a leading local enterprise specializing in the production of industrial control panels for sectors like energy and manufacturing. They learned about our silicone rubber products through our international trade website and promptly sent an inquiry email. In the email, they clearly specified their needs: a batch of silicone rubber keypads capable of withstanding extreme low-temperature environments (as low as -40°C, a critical requirement for Russia’s harsh winters). Additionally, they demanded high wear resistance (to ensure long-term use) and precise tactile feedback (for accurate operation). They also emphasized a tight production timeline, hoping to receive the goods within 40 days to avoid delaying their own equipment assembly schedule.   In-Depth Communication and Precise Alignment Upon receiving the customer’s inquiry, our business team initiated contact immediately. Recognizing potential language barriers, we assigned a sales representative proficient in both Russian and English to lead the communication—ensuring that every technical detail was accurately conveyed. During the discussions, we dug deeper into the specific models of the customer’s industrial control panels and their actual working scenarios (e.g., whether the keypads would be exposed to dust or occasional moisture). This helped us recommend the most suitable silicone material (a high-performance formula with enhanced low-temperature resistance) and confirm product specifications (such as key size and pressure sensitivity). Initially, the customer had concerns about whether our keypads could maintain stable performance in ultra-low temperatures. To address this, we provided them with detailed product testing reports—including data on keypad responsiveness, elasticity retention, and structural integrity at different low-temperature levels (-20°C, -30°C, -40°C). We also shared relevant international certification documents (e.g., ISO 9001 and CE) to validate product quality. Furthermore, we invited the customer to watch a real-time video tour of our production workshop, showcasing our advanced molding equipment and strict quality control processes (from raw material inspection to final product testing). This gave the customer an intuitive understanding of our production capabilities and quality assurance system, effectively alleviating their doubts.   Addressing Pain Points and Reaching Consensus In further communications, the customer raised a key requirement: due to the unique design of their industrial control panels, the silicone rubber keypads needed custom modifications—specifically, adjusting the key layout to fit their panel’s interface and optimizing the tactile feedback to match their operators’ usage habits. While this custom requirement increased our production complexity, it also provided an opportunity to demonstrate our technical customization capabilities. Our R&D and technical team responded quickly. Based on the 2D/3D drawings and parameter requirements provided by the customer, we completed the design of the custom keypad mold and produced the first batch of samples within 2 days. The samples were then shipped to the customer via a reliable international courier service (with a tracked logistics route to ensure transparency). After receiving the samples, the customer conducted rigorous testing—including low-temperature performance tests, 10,000-cycle wear tests, and tactile feedback evaluations. The results fully met their expectations. Subsequently, both parties negotiated details such as order quantity (5,000 sets of keypads), unit price, and payment terms. Considering the customer’s urgent timeline, we adjusted our production schedule—prioritizing this order in our workshop and allocating additional personnel to ensure delivery within the 40-day window. Finally, both parties signed the formal contract smoothly.   Smooth Delivery and Winning Trust Throughout the production process, we strictly adhered to the contract requirements and international quality standards. Every batch of silicone rubber keypads underwent three rounds of inspection: raw material screening, semi-finished product testing, and final product performance verification. We also provided the customer with weekly production progress updates (including photos and short videos of the production line) so they could track the order status in real time. On the 38th day (2 days ahead of the agreed deadline), we shipped the fully inspected keypads to the customer’s warehouse in Moscow via a land-sea combined logistics route—chosen for its stability and ability to avoid potential delays in winter. Upon receiving the goods, the customer expressed high satisfaction with the product quality (especially the low-temperature resistance) and the intact packaging. This successful cooperation has laid a solid foundation for long-term partnership. The customer has officially listed our company as their “preferred supplier of silicone rubber keypads” and indicated plans to expand cooperation—including developing custom keypads for their new series of industrial control equipment.
A case of silicone rubber seal ring order of a machinery manufacturing enterprise in Türkiye.
In the wave of global trade, the delivery of every order embodies the trust and cooperation between the supply and demand sides. This order of silicone rubber seal ring with a well-known machinery manufacturing enterprise in Türkiye is a successful example of cooperation across regions and cultures. ​ Initial appearance of customer demand As an important hub connecting Europe and Asia, Türkiye's machinery manufacturing industry has developed rapidly, and its demand for high-quality parts is growing. The customer in Türkiye is a local large-scale machinery manufacturing enterprise, which mainly produces various industrial pumps. As the core part of the pump body seal, the silicone rubber seal ring's quality directly affects the performance and service life of the pump. ​ The customer learned about our products through our foreign trade silicone rubber website and subsequently sent a consultation email, clearly stating that they need a batch of silicone rubber sealing rings suitable for high temperature and high pressure working conditions, and have strict requirements for the oil resistance, wear resistance, and dimensional accuracy of the sealing rings. Meanwhile, the customer also mentioned that due to their tight production schedule, they hope to receive the goods within 45 days.   Deep communication and precise docking After receiving the customer's request, our business team immediately contacted the customer. Considering the possible barriers to cross language communication, we have arranged salespersons who are proficient in Turkish and English to communicate with customers. During the communication process, we inquired in detail about the specific model and working environment parameters of the pump produced by the customer, in order to recommend the most suitable silicone rubber material and product specifications for them. ​ At first, the customer had some doubts about the performance of our product, fearing that it could not meet their requirements for high temperature and high pressure working conditions. In response to this issue, we have provided our customers with detailed product testing reports, including performance test data of the sealing ring at different temperatures and pressures, as well as relevant international certification certificates. At the same time, we also invited customers to watch real-time videos of our production workshop, showcasing advanced production equipment and strict quality control processes, allowing customers to have a more intuitive understanding of our production capacity and product quality. ​ Resolve pain points and reach consensus In further communication, the customer raised a key issue: due to the unique design of their pump body, the required size of the silicone rubber sealing ring is different from conventional products and requires customized production. Although it increases the production difficulty for us, it is also an opportunity to showcase our customized service capabilities. ​ Our technical team responded quickly and completed the design and production of the samples within 3 days based on the drawings and parameters provided by the customer. The samples were then sent to the customer via international express delivery. After receiving the samples, the customer conducted strict testing and the test results fully met their requirements. ​ Subsequently, both parties negotiated on details such as order quantity, price, and delivery time. Considering the urgent needs of our customers, we have adjusted our production plan to ensure timely delivery within 45 days.    Smooth delivery, earn trust In the production process, we strictly follow the contract requirements and quality standards for production, and each batch of products has undergone strict inspection. At the same time, we provide timely feedback on production progress to our customers, allowing them to stay informed about the production status of their orders at any time. ​ We will ship the goods to Türkiye on time within the agreed delivery date. After receiving the goods, the customer is very satisfied with the quality and packaging of the product. The successful completion of this collaboration has laid a solid foundation for future cooperation between both parties. The customer has stated that they will list us as a long-term supplier of their silicone rubber seals and plan to expand their cooperation in the future. ​ This cooperation with customers in Türkiye not only demonstrates our professional ability and customized service level in the field of silicone rubber products production, but also further expands our business landscape in the international market. We will continue to uphold the concept of "quality first, customer first" and provide better products and services to global customers.
The function and usage of thermal conductive silicone gel.
In today's rapidly developing technology, the performance of electronic devices continues to improve, and the heat generated during their operation is also increasing day by day. In order to ensure stable operation of equipment and extend its service life, thermal conductive silicone, a key heat dissipation material, has gradually entered the public eye. This article will provide a detailed introduction to the function and usage of thermal conductive silicone, helping you to gain a deeper understanding of this important material.   The function of thermal conductive silicone 1. Efficient thermal conductivity: Thermal conductive silicone can fill the gap between electronic devices and heat sinks, increase the contact area, significantly reduce thermal resistance, and thus improve heat dissipation efficiency. 2. Insulation protection: Thermal conductive silicone has excellent electrical insulation properties, which can effectively prevent short circuits between electronic components and ensure the safe and stable operation of the circuit system. 3. Shock absorption and buffering: This material has a certain degree of flexibility and elasticity, which can play a role in shock absorption and buffering when the equipment is subjected to vibration or impact, protecting electronic components from mechanical damage. 4. Moisture proof, dust-proof, and corrosion-resistant: Thermal conductive silicone can form a protective film on the surface of electronic devices, preventing the intrusion of moisture, dust, and corrosive substances, and protecting electronic components from environmental damage.   Usage of Thermal Conductive Silicone 1. Surface cleaning: Before using thermal conductive silicone, the surfaces of the heat source and radiator must be cleaned to remove oil, dust, impurities, etc., to ensure that the thermal conductive silicone can fully contact the surface and improve the thermal conductivity. 2. Application or installation: Thermal conductive silicone grease (paste like): If it is thermal conductive silicone grease, use a tool (such as a scraper, toothpick, etc.) to take an appropriate amount of silicone grease and evenly apply it to the surface of the heat source. Pay attention to applying it thinly and evenly to avoid accumulation or bubbles. Generally speaking, a thickness of 0.1-0.5 millimeters is recommended for application. Thermal conductive silicone film: For thermal conductive silicone film, cut the silicone film into a suitable shape and size according to the size of the heating element and heat sink, then remove the protective film, accurately place the silicone film between the heat source and heat sink, gently press it to make it tightly adhere. -Thermal conductive sealing adhesive: If it is a thermal conductive sealing adhesive, pour the adhesive solution into the area that needs to be sealed, ensuring uniform filling and no gaps. During the sealing process, tools can be used as needed to assist in fully covering the heating element with the adhesive solution.

2025

11/19

How is the silk screen printing effect of silicone products and precautions.
There are various types of customized processing techniques for silicone products, and different types of silicone products require different production processes. Most products cannot avoid the silk screen printing process, which is not only used in the silicone industry. In daily life, many product patterns and logos need to be printed using silk screen printing. Due to its numerous advantages, silk screen printing can be recognized in many industries. Its printing process uses two-component liquid silicone and curing agent color paste to mix and produce the required silk screen colors, and finally completes the silk screen printing process through a silk screen machine. In the silicone product industry, its purpose is to achieve the engraving of product appearance patterns with fonts.   The screen printing process has many excellent characteristics compared to other processes. Firstly, it has good fluidity, strong adhesive viscosity and clear effect, high and low temperature printing stability, and good weather resistance and aging performance. The patterns printed by screen printing have a more three-dimensional and tactile feel, and the screen printing patterns also have excellent peel strength, wear resistance, and brightness; It also has waterproof, anti slip, breathable, high and low temperature resistance, and outstanding leveling properties. What are the details that silicone product manufacturers need to pay attention to during the screen printing process? The quality of silk screen printing is closely related to the quality of the pattern. Therefore, in some processes such as silicone buttons and silicone gift cups, the ink applied to the product is also crucial for the silk screen printing process. High quality ink can improve the quality of the pattern. However, some products may experience color fading after long-term use, mainly due to the following reasons: 1. The quality of screen printing ink is relatively poor, which affects the surface of silicone products and leads to poor screen printing effect; 2. After silk screen printing, the baking temperature of silicone products is too low or the baking time is too short, which leads to poor wear resistance of the silicone product patterns produced by silk screen printing. After several uses, the patterns begin to become blurry; 3. The surface of silicone products is too dirty and not cleaned before screen printing, which hinders the adsorption between screen printing ink and silicone, causing characters to fall off with a slight force.

2025

11/18

Reasons for cracking of silicone products?
Why do silicone products crack? Silicone products are widely used in medical, electronic, kitchenware, maternal and child care fields due to their excellent elasticity, temperature resistance, and chemical stability. However, in actual use or production processes, cracking of silicone products occurs from time to time, which not only affects product performance but may also pose safety hazards. We will deeply analyze the core causes of cracking in silicone products from four dimensions: raw material quality, production process, usage environment, and design structure, providing scientific references for industry practitioners and consumers.   1. Raw material quality: "congenital defects" of inferior rubber materials The performance of silicone products directly depends on the quality of raw materials. If recycled materials, doped silicon powder or low purity silica gel are used, it will result in insufficient tear strength of the product, and cracks will appear under slight external force. For example, some manufacturers add a large amount of silicon powder to the adhesive to reduce costs, making materials that originally did not meet tear strength standards more prone to brittleness. In addition, if bubbles or impurities are not fully eliminated during the mixing process of the rubber material, stress concentration points will also form inside the product, becoming the "fuse" for cracking. Key indicators: The tear strength of high-quality silicone should be ≥ 30kN/m, the tensile strength should be ≥ 8MPa, and it must pass food grade certifications such as FDA and LFGB. If the rubber material is stored for too long or not sealed, it may also cause performance degradation due to oxidation, further increasing the risk of cracking. 2. Production process: The subtle balance between temperature and time The production of silicone products involves multiple processes such as mixing, vulcanization, and demolding, and any deviation in any link may cause cracking: Uncontrolled vulcanization process: Excessive vulcanization temperature or time can cause excessive cross-linking of silicone molecular chains, resulting in brittle products; On the contrary, insufficient vulcanization will result in incomplete curing of the rubber material and easy tearing during demolding. For example, an experiment showed that when the vulcanization temperature increased from 180 ℃ to 200 ℃, the cracking rate of the product increased by 40%. Mold design defects: Unreasonable mold structure (such as rounded corners and uneven wall thickness) can cause obstruction of silicone flow, resulting in stress concentration at thin walls. In addition, rough or dirty mold surfaces can hinder demolding, and forcibly peeling can easily strain the product. Improper demolding operation: Excessive use of demoulding agent or rough handling techniques (such as prying with sharp tools) can directly scratch the surface of the silicone, forming micro cracks that gradually expand with prolonged use. Optimization direction: Adopt segmented vulcanization process, first low-temperature pre vulcanization and then high-temperature shaping; Plating hard chromium or spraying PTFE coating on the surface of the mold to reduce the friction coefficient; Use compressed air assistance or silicone special demolding tools during demolding. 3. Design structure: the "invisible killer" of stress distribution Structural optimization during the product design phase is key to preventing cracking: Uneven wall thickness: Stress concentration is prone to occur at the transition between thickness and thinness, and it is necessary to use R-angle design (corner radius ≥ 0.5mm) or gradual wall thickness for smooth transition. For example, a certain brand of silicone kitchenware gradually increased the wall thickness at the connection between the pot handle and the pot body from 2mm to 5mm, resulting in a 75% decrease in cracking complaint rate. Functional gap: The grooves and holes designed for installing screws or buckles will weaken the structural strength and need to be compensated by adding reinforcing ribs or local thickening. A certain medical grade silicone catheter adopts a wavy reinforcement structure at the joint, effectively dispersing the stress during insertion and removal. Dynamic deformation design: For products that require repeated bending (such as silicone data cables), the deformation process needs to be simulated through finite element analysis to optimize material distribution and cross-sectional shape. A certain experiment showed that changing the cross-section of the data line from circular to D-shaped increased its bending life from 10000 times to 50000 times.     With the evolution of silicone materials towards high strength and toughness (such as the application of fluorosilicone and phenyl silicone), cracking problems will be further reduced in the future. But no matter how advanced the technology is, following scientific principles and process specifications is always the core rule to ensure the quality of silicone products.

2025

11/17