Chemicals & Plastics

In plastic processing, micro-powder wax is primarily used as an internal lubricant and dispersant. It reduces melt viscosity, improves flowability, and enhances demolding properties and the surface finish of the final product.‌‌ ‌Mechanism of Action‌: Due to its fine particle size, micro-powder wax disperses uniformly in the plastic melt. Its internal lubrication reduces friction between resin molecular chains, while its external lubrication partially migrates to the surface to reduce adhesion to metal equipment; certain types (also significantly improve wear resistance and anti-slip properties. Suitable Resins: Widely used in thermoplastic resins such as PVC, PP, PE, ABS, PC, TPU, and PA, with particularly outstanding results in color masterbatches, highly filled composites, and modified engineering plastics.

The main advantages of using micronized polyethylene wax in inks include: significantly improved scratch resistance and abrasion resistance, enhanced surface smoothness and slip, improved anti-blocking properties, minimal impact on gloss, and improved pigment dispersion. It is suitable for a wide range of ink systems, including solvent-based, water-based, and offset printing inks.‌‌ ‌Excellent scratch resistance and abrasion resistance‌: After the ink film cures, the micropowder migrates to the surface, forming a micro-rough protective layer that effectively resists scratches and friction. ‌Smoothness and anti-sticking‌: It reduces the coefficient of friction on the printed surface, preventing soiling or sticking of the reverse side when sheets are stacked, with particularly noticeable effects during high-speed printing and in high-temperature, high-humidity environments.

Composed of an inner rubber layer + middle rubber layer + multiple layers (4/6 layers) of steel wire winding reinforcement + outer rubber layer. The Rubber High-Pressure Oil Hose are spirally stacked, providing extremely high pressure resistance (working pressure can reach 70-120MPa, ultra-high pressure models can even be higher). Excellent anti-pulse performance, able to withstand frequent pressure shocks, suitable for high-pressure hydraulic systems. Temperature Resistance and Media Compatibility Operating temperature range: -40℃~120℃, adaptable to extreme environments. Compatible with petroleum-based liquids (mineral oil, hydraulic oil, fuel oil), water-based liquids (emulsions, water), etc. Some models are resistant to corrosive fluids. Physical Properties The tube body is flexible but deforms little under pressure, resistant to bending and fatigue. The outer rubber layer is wear-resistant, anti-aging, and resistant to environmental corrosion (such as dust and moisture).

Nitrile butadiene rubber (NBR) standard O-rings are designed for reliable sealing in hydraulic systems, offering excellent oil resistance, mechanical strength, and long-term durability. These Rubber O-Rings are suitable for both static and dynamic applications, including hydraulic cylinders, pumps, valves, and fittings. Key Features & Advantages Excellent oil resistance and abrasion resistance High sealing efficiency under both dynamic and static conditions / High sealing efficiency under both dynamic and static conditions Wide temperature range (–30°C to +105°C) / Wide operating temperature range Customizable hardness and size / Customizable width and size Long service life and stable performance / Long lifespan and stable performance Applications Hydraulic cylinders, pumps and valves Industrial machinery and construction equipment

The core function of door and window sealing strips is to fill the gaps between the door and window frame and sash, and between the glass and the profile. They also need to be adaptable to conditions such as frequent opening and closing of doors and windows, changes in outdoor temperature and humidity, and exposure to sun and rain. Tolerance to extreme temperature fluctuations: Resistant to -40℃~60℃ in frigid northern regions and -20℃~80℃ in hot southern regions. No brittleness at low temperatures (embrittlement temperature ≤ -50℃) and no softening or deformation at high temperatures (heat distortion temperature ≥ 70℃). Elastic recovery rate ≥ 80% after long-term use (over 10 years). Excellent anti-aging performance: Resistant to ultraviolet (UV) radiation, ozone (vehicle exhaust/atmospheric ozone), and rainwater erosion. After 5000 hours of outdoor exposure, standard EPDM strips retain ≥70% of their tensile strength, with no significant cracking or discoloration (as required by national standard GB/T 12002-2016). Glass sealing strip: Embedded in the glass groove to prevent glass movement and rainwater seepage.

The core function of tunnel sealing strips is to solve the waterproofing and seepage prevention problems of tunnel structures (such as shield tunnel segments and lining joints). They must also adapt to complex tunnel conditions (such as structural settlement, vibration, and corrosive environments). Their performance characteristics revolve around "sealing reliability, environmental adaptability, and structural compatibility." High seepage resistance and waterproofing: They must withstand the pressure of groundwater in the tunnel (typically 0.3- 1.0 MPa, reaching over 1.5 MPa in special geological conditions). After the strip adheres to the segment/lining joints, it forms a "continuous sealing barrier," preventing groundwater and sediment from seeping into the tunnel interior. Most use either "water-swellable" or "elastic compression" designs: water- swellable strips can absorb water and expand (expansion ratio 150%-300%) to fill tiny gaps, while elastic strips achieve long-term sealing through structural compression. In some scenarios, both types are used in combination. In tunnel environments that are chronically humid and lack sunlight (or have weak lighting), the strips must be resistant to... "Damp heat aging" and "ozone aging" (vehicle exhaust contains ozone) are required, with a standard service life of ≥20 years (matching the tunnel structure's design life). After aging, tensile strength retention should be ≥70%, and elastic recovery rate ≥80%. UV resistance does not need to be excessively high (UV radiation is weak inside tunnels), but it must withstand temperature fluctuations (-30℃~60℃, down to -40℃ in frigid northern regions), without becoming brittle at low temperatures or softening and deforming at high temperatures.

The sealing gasket in plate heat exchangers primarily serves to seal between hot and cold media. 1. Possesses excellent elasticity and compression recovery, tightly conforming to the sealing groove of the plate after compression to block medium leakage and accommodate pressure demands under various operating conditions. 2. Withstands temperatures ranging from -50°C to 200°C or broader depending on material composition, adapting to thermal fluctuations during hot/cold medium exchange without brittleness or softening. 3. Resists swelling and aging from common heat transfer media like water, oil, and acid/alkali solutions. Does not react chemically with media, maintaining stable performance. 4. Resists tearing, abrasion, and compression set. Maintains original shape and sealing performance after prolonged exposure to plate compression and media erosion, extending service life. 5. Manufactured with high precision and low thermal expansion coefficient. Minimizes deformation post-installation, ensuring accurate fit with plate sealing grooves and simplifying installation.

Fischer Tropsch wax can be used in candle manufacturing, primarily as a substitute for paraffin or as a modifier to enhance gloss, reduce shrinkage, stabilize combustion, and minimize soot.‌‌ ‌Appearance Enhancement‌: Fischer Tropsch wax improves the smoothness and gloss of candle surfaces and enhances color dispersion, making it suitable for decorative candles or those with high visual standards. ‌Reduced Deformation‌: Its narrow melting range and high crystallinity reduce cooling shrinkage, minimizing defects such as pitting and cracking, and improving yield. ‌Burning Performance‌: With low oil content and high purity, it burns more completely, producing a stable flame with minimal soot, making it suitable for nightlights or religious/emergency scenarios.

We produce PE shoe cover, can customize size, color. PE shoe cover is convenience, flexible, economical, Excellent protection from particulates dust and dirt. Place of Origin China Brand Name DELICA Model Number DPES Material PE / CPE Size 41 × 15 cm or any other size on request Color White, blue, green Weight 3.0 – 3.5 g per piece MOQ 50,000 pcs Certificates ISO 9001, CE Customize Color, size, printing, brand, packaging method, etc. Package 100 pcs/bag, 10 bags/ctn Usages Dust-proof & anti-skid protection; keeps rooms clean

Household Gloves are used for domestic cleaning,food processing and handling purposes. It provides excellent abrasion, cut and tear resistance with excellent grip and dexterity. It also protects against alkalis but not against petroleum and other oil based solvents. Place of Origin China Brand Name DELICA Model Number DRPL01 Length 30 cm (±1 cm) Material Natural latex Size S / M / L / XL Kind Dip flock-lined Style Fishnet / Diamond textured OEM Available Certificate ISO 9001 / EN 388 MOQ 24 000 pairs Color Yellow, red, pink, orange, blue, green, black, bi-color Weight (M size) 30 g – 90 g (in 5- or 10-g steps) Packing 1 pair/poly bag, 12 pairs/transparent bag, 240/144/120 pairs/carton Application Kitchen, cleaning, gardening, food handling, etc.

Our HDPE Disposable Plastic Gloves use polyethylene new material,not easy to break, good toughness, more durable. It is the cheapest disposable gloves, used for cleanness of home, test, food or defend of industry or agriculture, hair salon, tend and hospital. Place of Origin China Brand Name DELICA Model Number DHPEG Material 100 % virgin HDPE Size S (27 × 24 cm) / M (28 × 26 cm) / L (29 × 26 cm) – or custom Color Transparent, blue, black, pink, green Glove Surface Embossed or Smooth Weight 0.5 – 1.5 g per piece Thickness 0.025 – 0.03 mm MOQ 500,000 pcs Certificates ISO 9001, CE, BSCI, GRS, BRC Customize Color, size, printing, brand, packaging method, etc. Package Options ● 100 pcs or 200 pcs / box, 10 boxes / ctn ● 100 pcs / bag, 100 bags / ctn Usages Clinics, pharmacy, food service, beauty salon, gas station, laboratory testing

Place of Origin China Brand Name DELICA Model Number DRPV02 Glove Type Powder-free Size Range S / M / L / XL / XXL Color Options Clear, blue, black, red Certifications FDA, CE, ISO approved OEM Service Available Packing 100 pcs/box, 10 boxes/carton (1,000 pcs/case) Applications Medical examination, healthcare, hospital use  Features of 9inch Disposable Powder Free Vinyl Gloves 1. Contain no natural rubber latex protein or accelerato 2. Ambidextrous fits either hand 3. Durable & Stretchable, Beaded cuff 4. No-toxic, harmless, odourless, Resistance to Chemical

Place of Origin China Brand Name DELICA Model Number DRPN01 Type Non-sterile Certifications ISO, CE, FDA Texture Finger-textured or Full-textured Available Sizes XS / S / M / L / XL / XXL (or as requested) Nitrile Rubber Nitrile Butadiene Rubber (NBR) Color Options Blue, dark blue, ice blue, cobalt blue, white, black, pink, green Weight (M size) 2.5 g, 3.0 g, 3.5 g, 4.0 g, 4.5 g, 5.0 g, 5.5 g, 6.0 g Packing 100 pcs/box, 10 boxes/carton (1,000 pcs/case)  Functional Benefits - Advanced Latex-free formulation, No allergic reaction. - Extraordinary strength and puncture resistance while maintaining tactile sensitivity. - Ambidextrous, beaded cuff and smooth external finish. - Prevents permeation by chemicals and microorganisms.

Phenolic duct board is a high-performance insulation material made from phenolic foam with reinforced aluminum foil or composite facings on both sides. It is specifically designed for the fabrication of pre-insulated air ducts used in HVAC systems. Compared with traditional galvanized steel ducts wrapped with insulation, phenolic duct board for commercial buildings integrates the air duct and insulation layer into one system. This design simplifies installation while improving overall thermal performance. Key Advantages 1. Excellent Thermal Insulation Phenolic foam has a very low thermal conductivity, allowing HVAC systems to maintain stable air temperatures while reducing energy loss. This helps commercial buildings such as office towers, shopping malls, airports, and hotels improve overall energy efficiency.