1. Work efficiency: This is mainly determined by the width of the sweeper casing. The sweepers on the market now have single brushes or double brushes. We can choose according to our own working environment. Generally an hour can be selected to complete the cleaning task so that performance during actual working hours can be assessed.

2. Strength and reliability: For example: the type of materials and structure used for the machine body, the frame, the scrubbing unit, the quality and reliability of the motor and other components, electronic and mechanical devices, and electronic maintenance. Choose a rotomolded casing as this material is the strongest and most durable available.

3. The cleaning quality is mainly related to the type of scrubbing unit, brush disk pressure, brush disk type, brush disk speed, water absorption system and cleaning agent.

4. Operability: Its drive is easy to understand for the operator, allowing him to work in any type of environment, under any conditions, and in good conditions with high visibility.

5. The operating costs and water consumption of electrical operations, their related necessary maintenance procedures, and the wear and tear of consumables, such as brush disks, needle disks, and water-absorbent strips. It is important that the machine is equipped with all the equipment to take every aspect into consideration.

6. Safety: Consisting of precise rules, these are essential features in risky environments and when operators have to operate machines in crowded environments. The use of the machine should comply with basic requirements, including electromagnetic compatibility and low noise in compliance with European application rules; and consistency with its relevant technical regulations; all visible parts should comply with building regulations and must not be damaged under any circumstances.

1. Analysis of causes

Exposed inserts can sometimes be interpreted as poor resin coating, but sometimes this is not the case.

Due to continued cooling and shrinkage after the product is demoulded, the outer surface of the nut insert on the rotomolded product will be higher than the surface of the product, affecting the appearance or use.

When the insert is too close to the side of the product or the distance between the fixed end face of the insert and the mold surface is unreasonably designed,

When they interfere with each other during the rotational molding process, the root of the insert cannot be effectively filled with powder.

A phenomenon similar to the mold filling dissatisfaction during injection molding may also easily cause the insert to be exposed.

2. Solution

Before molding, add a gasket of appropriate thickness and size between the mold and the insert.

It can not only make up for the defects caused by the shrinkage of the product after molding, but also does not affect the appearance of the product.

The insert structural design must be done well. The distance between the fixed end face of the insert and the inner wall of the mold must be appropriate or flush with the inner surface of the mold.

This prevents phenomena such as dissatisfaction with mold filling during injection molding.

The cause of one or several defects in a product is not isolated.

It is often related to a variety of factors, and requires craftsmen to conduct a comprehensive analysis from all aspects of the process route based on the defects that occur.

Consider solutions from the main causes first, and then combine solutions with other non-main causes.

If we solve it as soon as possible, we will avoid detours and produce products with better quality through rotational molding.

The reason for this situation is generally poor structural design of the product or insert.

In order to ensure that the appearance quality of rotational molded products meets the requirements, strict inspection and testing are required.

The following are the general steps for inspecting the appearance quality of rotational molded products:

1. Observe the surface quality:

First, check the surface quality of the rotomolded products, including whether there are defects such as bubbles, holes, scratches, uneven color, etc.

During inspection, you can use a light source or a magnifying glass to observe surface details.

2. Check size and shape:

Next, check whether the size and shape of the rotomolded products meet the design requirements.

You can use tools such as rulers and calipers to measure dimensions, and use mold molds or a 3D scanner to check whether the shape is accurate.

3. Check the structure and connection parts:

Then, check whether the structure of the rotomolded product is solid and whether the connecting parts are complete and sealed.

You can gently pull or shake the product with your hands to check whether there is any looseness or abnormal noise in the structure.

4. Check colors and patterns:

It is necessary to check whether the color of rotomolded products meets the design requirements and whether the pattern is clear.

You can use color cards to compare colors and use a magnifying glass to observe pattern details.

The rotational molding process produced by rotational molding manufacturers is also called rotational molding, rotational molding, rotary molding, etc. It is a hollow molding method for thermoplastic plastics. Rotational molding process is an important branch in plastic molding processing. From small children's toys to automobile plastic parts to huge engineering plastic products. Especially for large and special-shaped hollow products, due to the limitations of the characteristics of traditional processes, they can only be completed by rotational molding.

Common rotational molding raw materials on the market include the following: polyethylene (PE); polypropylene (PP); nylon (PA); polyvinyl chloride (PVC); polycarbonate.

Mosaics give people a familiar feeling. There are always various forms of mosaic products around us since childhood. Most mosaics give people a refreshing and fashionable feeling. Of course, there are also some mosaic patterns that are messy and uncomfortable. This bathroom uses orange-red mosaic tiles, which have a strong lemon-fruit feel, have a refreshing effect and are very visual impact.

Save raw materials. The wall thickness of rotational molding products is relatively uniform and the chamfers are slightly thicker, so the performance of the material can be fully utilized and it is conducive to saving raw materials; in addition, during the rotational molding process, there are no waste materials such as runners and gates. Once debugged, , there is almost no recycled material during the production process, so this process has extremely high utilization rate of materials.

Rotational molding products are plastic products made of polyethylene materials. They have good weather resistance, corrosion resistance and wear resistance, and are widely used in various fields.

Rotational molding products have different requirements in different usage environments. Below I will introduce some common usage environments and their requirements.

1. Outdoor environment:

Rotational molding products are usually used in outdoor environments and require good weather resistance and UV resistance.

Rotomolded products will not discolor, harden or age due to UV radiation when exposed to direct sunlight.

Therefore, you can use it with confidence when using rotomolded products in outdoor environments.

2. Humid environment:

Rotational molding products have good waterproof performance and corrosion resistance, and can be used in humid environments for a long time without being affected.

For example, when used in humid environments such as the seaside, pools or sewers, rotomolded products can effectively prevent corrosion and damage.

3. High temperature environment:

Rotational molded products have high high temperature resistance and can be used in high temperature environments without softening or deformation.

Therefore, rotomolded products are suitable for use in environments exposed to sunlight and high temperatures, such as in outdoor playgrounds, beaches, and other places.

4. Chemical environment:

Rotational molding products have good corrosion resistance and can withstand corrosion from various chemicals within a certain range.

Therefore, rotomolded products are an ideal choice when used in chemical environments such as chemical factories and sewage treatment plants.

5. Fire protection environment:

Rotational molding products usually have certain flame retardant properties and will not burn to produce toxic gases even in the event of a fire.

In the production process of rotational molded products, the control of cooling speed is a very important link, which directly affects the quality and production efficiency of the product.

Let's discuss how to control the cooling rate.

1. The cooling rate should be determined according to the type and shape of the material.

Different materials have different temperature change curves during cooling, so the cooling rate needs to be adjusted according to the specific situation.

Generally speaking, for thick-walled products, a slower cooling rate is required to avoid stress inside the product that may lead to deformation and cracks;

For thin-walled products, the cooling rate can be appropriately increased to improve production efficiency.

2. Control the temperature and flow rate of the cooling medium.

The temperature and flow rate of the cooling medium directly affect the cooling rate of the product surface.

Generally speaking, the cooling rate can be controlled by adjusting the temperature and flow rate of cooling water or air.

It should be noted that the temperature and flow rate of the cooling medium should not be too high or too low to avoid affecting the quality of the product.

3. The cooling speed can also be controlled by adjusting the design and structure of the mold.

The design and structure of the mold will affect the surface area and heat transfer effect of the product, thus affecting the cooling rate.

The cooling rate can be controlled by increasing or decreasing the heat dissipation area of ​​the mold, changing the material and thickness of the mold, etc.

The appropriate mold design and structure need to be selected according to the specific situation.

4. Pay attention to monitoring and adjusting the working status of the cooling system.

1. Before conducting optical inspection, you need to prepare some necessary tools and equipment.

This includes high-precision microscopes, measuring instruments (such as micrometers, vernier calipers, etc.), light sources, and microscope moving platforms.

These devices will help us observe and measure various parts of the mold and accurately assess its quality.

2. Appearance inspection of the mold.

This step mainly involves observing the surface of the mold with the naked eye.

Check for obvious defects or damage such as cracks, scratches, corrosion, etc.

At the same time, it is also necessary to check whether the size of the mold meets the design requirements.

3. The next step is to use a microscope to observe and measure every detail of the mold.

First, you need to adjust the magnification and focus of the microscope to obtain a clear image.

Then, microscopic textures or defects on the mold surface, such as bubbles, depressions, distortions, etc., are observed through a microscope.

If an abnormality is found, it needs to be recorded and repaired in time.

4. In terms of measurement, tools such as micrometers or vernier calipers can be used to measure the size of the mold.

These measurements will be used to evaluate the accuracy and precision of the mold.

At the same time, optical comparison instruments can also be used to compare the differences between the shape and contour of the mold surface and the design requirements.

5. The choice of light source is also very important.

Different types of light sources can provide different lighting effects and angles to better demonstrate the features of the mold.

For example, side lighting can emphasize molding details and reveal hidden flaws.

6. When conducting optical inspection, you need to pay attention to the following points:

1. We need to start from the design aspect and reduce the possibility of dimensional errors through reasonable mold design.

2. Processing surface treatment is also an important part of solving dimensional errors.

3. During the use of the mold, you also need to pay attention to some details to avoid dimensional errors.

4. When encountering dimensional errors, we can also take some adjustment and repair methods to solve them.

Foshan Boguan Rotational Molding needs to follow certain requirements and steps when conducting compressive strength testing to ensure that the test results are accurate and reliable.

The following are the requirements to note when conducting compression strength testing:

1. Test environment preparation:

When testing, you should choose a flat and stable ground for testing to ensure that the test bench is stable and not easy to shake, and to avoid the impact of external factors on the test results.

2. Sample preparation:

Select rotational molding material samples that meet the specification requirements for testing. The samples should be representative and sample preparation and processing should be carried out in strict accordance with relevant standards.

3. Test equipment preparation:

Suitable testing equipment should be selected for compressive strength testing. The testing equipment should be accurate and sensitive to ensure the accuracy of the test data.

4. Test method preparation:

According to relevant standards and requirements, develop detailed testing methods and procedures, including loading speed, loading method, number of tests, etc.

5. Test process control:

During the test process, the test conditions should be strictly controlled to avoid the influence of external factors on the test results and ensure the reliability of the test data.

6. Data recording and analysis:

Test data should be recorded in a timely manner and reasonable data analysis should be performed, including calculating compressive strength, drawing stress-strain curves, etc.

7. Result judgment and reporting:

Make reasonable judgments based on the test results, formulate corresponding improvement measures, write detailed test reports, and archive relevant information.

Rotational molding manufacturers need to ensure the stability of the production process level to ensure product quality and production efficiency.

1. Rotational molding manufacturers need to do a good job in equipment maintenance and upkeep to ensure the normal operation of the equipment.

Regularly check various components of the equipment to detect and repair faults in a timely manner to ensure the stability and reliability of the equipment.

In addition, the equipment needs to be cleaned and lubricated regularly to ensure smooth and stable operation of the equipment.

2. Rotational molding manufacturers need to establish strict production processes to ensure that every production link is carried out in accordance with prescribed procedures.

From the procurement of raw materials to the packaging of finished products, each link requires clear operating procedures and quality standards to ensure product consistency and stability.

3. Rotational molding manufacturers also need to provide professional training and technical guidance to their employees to improve their technical level and work quality.

Only with professional training and guidance can employees master the production process.

Be proficient in operating equipment, accurately control production parameters, and ensure product quality and stability.



4. Rotational molding manufacturers need to establish a strict quality control system and conduct comprehensive monitoring and testing of the production process.

Quality inspections are conducted at every production link to ensure that products meet standards and customer requirements.

For substandard products, discover and deal with them in time to prevent defective products from flowing into the market.

1. Product geometry and size measurement

2. Physical performance test

3. Appearance and color measurement

4. Chemical testing

5. Temperature resistance and corrosion resistance test

6. Environmental pollution testing

‌Waterproof and dustproof‌: The rotomolded medical box adopts a sealed design, which can effectively prevent the infiltration of dust and moisture and ensure the dryness and cleanliness of the internal equipment. This property is especially important in humid or harsh environments, protecting medical devices and pharmaceuticals from moisture and corrosion.

‌Strong and durable‌: Rotational molded medical boxes usually use high-strength materials, such as new PE materials or high-density polyethylene, which have high strength and toughness and can withstand large external impacts and pressures. Its solid structure and corrosion resistance allow it to maintain good shape and structure in harsh environments, effectively protecting the contents of the box.

Lightweight and portable: Although the rotomolded medical kit has a sturdy structure, it is relatively lightweight, making it easy to handle and carry. The box is usually equipped with wheels, handles and other designs to facilitate movement and transportation, and is suitable for various medical scenarios.

‌Versatility‌: Rotational molded medical boxes can be customized with different sizes and internal structures according to needs to adapt to the storage needs of different medical equipment. In addition, it is equipped with security designs such as anti-theft locks to ensure the confidentiality and safety of medical supplies.

‌Flexible design‌: The rotational molding process allows the box to be designed into various shapes and sizes to meet different usage needs. At the same time, the rotational molding box can also be equipped with various inserts, such as handles, locks, linings, etc.

Widely used: Rotational molded medical boxes are widely used in hospitals, clinics, first aid stations and other medical scenarios to ensure the safety, hygiene and effectiveness of medical devices and drugs during transportation and storage.