Views: 0 Author: Peter Cui Publish Time: 2026-07-10 Origin: Mitour Silicone
Table of Contents
TL;DR — The premium pet accessories market is moving decisively toward silicone — and for good reason. Silicone survives dog bites without fragmenting, cleans in a dishwasher without warping, and holds Pantone-matched colors that drive impulse purchase at retail. But sourcing silicone pet products correctly requires the same documentation discipline as food-contact products: FDA and LFGB certification, bite-safety validation, and a formulation that does not release compounds under sustained chew pressure. At Mitour Silicone, we manufacture custom silicone pet bowls, slow feeder mats, collapsible travel bowls, treat dispensers, lick mats, and grooming tools from our 4,500 m² Shenzhen facility. MOQ starts at 300 units per SKU. Pantone color matching is standard. Third-party test documentation is included.
Premium pet retailers — Chewy, PetSmart, Pets at Home — increasingly require food-grade material certification for silicone pet products in writing, not just on packaging.
Platinum-cured silicone is the correct specification for any pet product that a dog or cat will chew, lick, or eat from — peroxide-cure leaves residuals that are inappropriate for sustained oral contact.
Shore A hardness selection is the most consequential spec decision for pet products: too soft and a slow feeder mat collapses under a large dog's paw; too hard and a treat dispenser is frustrating for a small breed.
Slow feeder maze patterns are a mold design challenge — the maze geometry must be deep enough to slow eating, cleanable without a brush, and free of undercuts that trap food permanently.
Antimicrobial silicone (invention patent CN113650314A) is available for sports and pet category products — an in-material solution that inhibits odor-causing microbial colonization in bowls and bottles used for wet food and high-protein treats.
MOQ 300 units per SKU; 7-day sample lead time for standard tooling; 20–35-day mass production.
The single most common sourcing mistake in pet silicone: specifying "food-grade" without confirming the cure system, post-cure protocol, and pigment safety for sustained animal contact.
The pet care market crossed USD 150 billion globally in 2025. The premium segment — products priced above USD 15 per unit, sold through specialty retail and DTC channels — is growing faster than the mass market. And within premium pet accessories, silicone has become the dominant material for bowls, feeders, and interactive toys.
The reasons are structural, not trend-driven.
Bite resistance without fragmentation. A dog that chews a plastic bowl creates sharp fragments. A dog that chews a silicone bowl deforms it temporarily and then releases it. Platinum-cured silicone at Shore A 50–70 will absorb bite pressure from most breeds without tearing — and if it does eventually tear under extreme chew pressure, it tears in a way that does not produce sharp edges or small swallowable pieces.
Dishwasher durability. Pet bowls accumulate biofilm faster than almost any household item — warm, protein-rich residue in a surface that is handled infrequently. A silicone bowl that goes in the top rack of a dishwasher and comes out dimensionally unchanged, color-stable, and odor-free is a genuine functional advantage over ceramic (heavy, chips) and plastic (warps, retains odor).
Color as a purchase driver. Pet product retail, particularly in the USD 15–50 accessory range, is a high-impulse category. Shelf placement decisions at PetSmart and Pets at Home are partly driven by visual merchandising — a slow feeder mat in a distinctive sage green or a treat dispenser in a gradient coral-to-pink will outsell a functionally identical product in generic beige. Silicone's ability to hold saturated Pantone-matched colors across a full product range is a genuine commercial advantage.
Retailer documentation requirements. This is the factor that is changing the market fastest. Major pet specialty retailers and mass-market chains are tightening their supplier documentation requirements for pet products. "Food-grade" is increasingly the minimum standard they require in writing — with a third-party test report, not just a packaging claim. Suppliers who cannot produce FDA and LFGB documentation are being de-listed from premium retail programs.
Our silicone solutions for pet care brands page outlines the full product scope and documentation stack we maintain for this category.
The foundational SKU in any pet silicone range. Design decisions that matter:
Non-slip base geometry. The base of a pet bowl must grip a smooth floor surface under the lateral force of a dog eating enthusiastically. We produce three base configurations: full-perimeter silicone ring (most effective on hardwood and tile), suction cup base (for smooth surfaces only — releases cleanly when lifted vertically), and textured base pattern (mid-grip, works on most surfaces). The suction cup base is the premium option but requires a flat, clean surface to function — specify which base type based on your target consumer's floor type.
Wall height and angle. Flat-faced breeds (bulldogs, pugs, French bulldogs) need a shallower bowl with a wider opening — a deep narrow bowl forces them to tip their nose down at an angle that causes discomfort. We produce breed-specific bowl geometries: standard (45° wall angle), flat-face (25° wall angle, wider opening), and elevated (with integrated stand for large breeds with joint issues).
Shore A durometer. For bowls, Shore A 50–60 is the target range. Softer than 50 and the bowl deforms under a large dog's paw when they try to hold it still while eating. Harder than 65 and the bowl loses the tactile quality that signals "premium silicone" to the consumer.
Capacity range: 250 ml (cat / small dog), 500 ml (medium dog), 1,000 ml (large dog), 1,500 ml (extra-large / double bowl).
Slow feeder mats — silicone mats with raised maze patterns that force dogs to work for their food — are one of the fastest-growing SKUs in the pet accessories category. They address a genuine behavioral need (dogs that eat too fast develop bloat and digestive issues) while being visually distinctive on shelf.
The mold design challenge for slow feeders is significant. The maze pattern must satisfy four competing requirements simultaneously:
Deep enough to slow eating — maze walls below 15 mm height are ineffective for medium and large breeds; walls above 30 mm are difficult to clean.
Cleanable without tools — every recess in the maze must be reachable by a standard dishwasher spray arm. Undercuts (geometry that traps food in a space that water cannot reach) are a design failure that generates one-star reviews.
Stable under paw pressure — a large dog will press down on the mat while eating. The base must have sufficient grip and the maze walls sufficient rigidity to resist collapse. We specify Shore A 55–65 for slow feeder mats — firmer than a standard bowl.
Visually distinctive — the maze pattern is the primary visual differentiator between competing products. We hold utility model patents on two maze geometries and can develop custom patterns for brands seeking exclusive designs.
Standard slow feeder mat sizes: 20 × 20 cm (small dog / cat), 30 × 20 cm (medium dog), 40 × 30 cm (large dog). Custom sizes available with new tooling.
Collapsible silicone travel bowls — dual food/water configuration, clip-attach carabiner, folds flat for pack storage — share our collapsible bottle tooling platform. This means brands that already source our collapsible water bottles can add a travel bowl to their range with minimal additional tooling investment.
The functional specification that separates a good travel bowl from a poor one: the collapse geometry. A bowl that collapses to a flat disc (like a pancake) is easy to pack but difficult to open one-handed in the field. A bowl that collapses to a cylinder (like a cup) is easier to open but bulkier in a pack. We produce both configurations; the flat-disc format is more popular for hiking and trail use, the cylinder format for urban dog walkers.
Capacity range: 250 ml, 350 ml, 500 ml. Carabiner clip: silicone (same material, no metal fatigue risk) or stainless steel (heavier, more premium feel).
See our full collapsible silicone product range for reference designs that share the same tooling platform.
Treat dispensers — squeezable silicone tubes or balls that hold soft treats or peanut butter — are a high-engagement training accessory. The key functional requirement: the dispenser must be squeezable enough for one-handed operation by an adult, but not so soft that a dog can compress it accidentally and dispense treats without human intent.
Shore A 35–45 for the body wall is the target range for treat dispensers. The opening geometry matters: a small aperture (6–8 mm) controls treat flow and prevents a dog from biting the tip off; a wide-mouth opening (25+ mm) allows easy filling and cleaning.
We produce treat dispensers in three formats: tube (long, narrow — fits in a training pouch), ball (round — doubles as a fetch toy), and flat lick pad (suction-mount to a wall or shower door — for bath-time distraction). The lick pad format has seen the strongest growth in 2025, driven by social media content showing dogs distracted during grooming.
Lick mats — flat silicone mats with textured surfaces designed to hold spreadable food (peanut butter, wet food, yogurt) — serve both as enrichment tools and as grooming distractors. The texture pattern is the primary design variable: fine nubs (for cats and small dogs), medium ridges (for medium dogs), and deep channels (for large dogs who lick aggressively).
Suction cup attachment is standard for grooming mats — the mat must stay fixed to a wall or floor surface while a dog licks it. We test suction retention at 20 N lateral force (equivalent to a medium-large dog pressing against the mat while licking).
The cleanability requirement for lick mats is more demanding than for slow feeders — the texture is finer and the food residue (peanut butter, wet food) is more adhesive. We design lick mat textures with a minimum 3 mm clearance between surface features to ensure dishwasher spray penetration.
Silicone pet toy components — chew rings, tug toys, ball surfaces, squeaker housings — are produced to bite-resistance specifications that differ from food-contact products. The relevant test is not migration but mechanical durability: how many bite cycles before the material tears?
We test toy components using a simulated bite force protocol: 50 N (small dog), 150 N (medium dog), 300 N (large dog), 500 N (power breeds — Rottweiler, Mastiff). Shore A 60–75 is the target range for toy components designed for medium-to-large breeds. Below Shore A 60 and the material tears under sustained power-breed chew pressure; above Shore A 75 and the toy becomes too rigid for satisfying play.
Bright, saturated colors are essential for pet toy visual merchandising. Our full Pantone-matched color library of 42 food-contact-validated colors is available for toy components — the same pigment system used for food bowls, ensuring consistent color across a product range.
One of the most commercially relevant innovations in our portfolio for pet care brands is our antimicrobial silicone formulation, protected by invention patent CN113650314A.
Standard platinum-cured silicone is inherently more hygienic than plastic — it does not harbor bacteria in surface micro-scratches the way plastic does. But silicone used for pet food bowls, lick mats, and treat dispensers is exposed to high-protein food residues in warm, moist conditions — exactly the environment where microbial colonization and odor development occur fastest.
Patent CN113650314A covers a silicone compound formulation that incorporates an antimicrobial agent at the polymer matrix level — not as a surface coating. The practical implications for pet products:
Odor resistance. Bowls and mats treated with the CN113650314A formulation show significantly reduced odor development after 30 days of daily wet food use compared to standard platinum silicone. This is the primary purchase driver for repeat customers — a bowl that still smells clean after a month of use generates repurchase and positive reviews.
In-material durability. Because the antimicrobial function is built into the silicone matrix rather than applied as a surface treatment, it does not wash off in the dishwasher or degrade with UV exposure. The antimicrobial performance is consistent across the product's lifespan.
No toxic additives. The CN113650314A formulation achieves antimicrobial performance without silver-ion additives or other metal-based antimicrobials that can raise concerns in food-contact and animal-contact applications. The formulation is FDA and LFGB compliant.
For pet care brands positioning in the premium hygiene segment — "stays cleaner longer" as a product claim — the CN113650314A formulation provides a defensible, patent-backed technical basis for that claim. Our sports and outdoor brands page also references this formulation for water bottles and outdoor gear, where the same odor-resistance benefit applies.
Pet product certification requirements vary significantly by retail channel and geography. Here is the practical breakdown.
Declaration-based compliance for rubber articles in repeated food contact. For pet bowls and feeders, this is the baseline US requirement. Our hexane extractables test results: 1.6–2.1 mg/in⊃2; (limit: 20 mg/in⊃2;). Full formulation letter and test report available within 48 hours.
Third-party migration test for brands selling into European pet specialty retail. Required by dm-drogerie markt, Fressnapf, and Zooplus for food-contact pet products. Our LFGB results for pet bowl formulations: overall migration below 1.8 mg/dm² across all simulants (limit: 10 mg/dm²). Organoleptic panel: clean.
Full certification documentation is available on our certifications and patents page.
REACH Regulation compliance — specifically SVHC (substances of very high concern) screening — is required for products sold in the EU. After the 2024 REACH SVHC candidate list update, we re-tested our full pet product compound library. All formulations confirmed compliant. Test reports available with signed NDA.
Major pet specialty retailers require social compliance audits as part of supplier qualification. We hold current BSCI and SEDEX certifications, audited annually. Our social responsibility page documents our labor standards, environmental management, and community commitments.
Our quality management system is ISO 9001:2015 certified. Every pet product order passes through our 4-stage quality control process: IQC (incoming material), IPQC (in-process), FQC (final), and pre-shipment inspection by SGS, Intertek, or Bureau Veritas.
For brands distributing in California, Proposition 65 compliance requires that products do not expose consumers (or their pets) to listed chemicals above safe harbor levels. Our platinum-cured formulations are Prop 65 compliant; documentation available on request.
Our 8-step OEM/ODM process applies to all product categories. For pet products, the key process notes are:
Mold design for slow feeders and lick mats. The maze and texture geometry for these products requires careful DFM (Design for Manufacturability) review before tooling begins. We check every maze design against three criteria: fill uniformity (will the silicone compound reach every corner of the maze under compression?), cleanability (is every recess reachable by dishwasher spray?), and demolding (can the finished part be removed from the mold without tearing the maze walls?). Designs that fail any of these checks are revised before steel is cut.
Shore A validation on every FAI. For pet products, we include a Shore A durometer reading with every First Article Inspection package. The Shore A is measured at three points on the part — base, sidewall, and any functional feature (maze wall, suction cup). Variation above ±3 Shore A across measurement points triggers a compound mixing review.
Color consistency across a product range. Pet brands typically launch in 4–6 colorways simultaneously. Maintaining color consistency across a bowl, a slow feeder mat, and a treat dispenser — three different mold geometries, different wall thicknesses, potentially different Shore A targets — requires careful pigment loading calibration. We run a color chip approval step for each product-color combination before committing to mass production.
Post-cure protocol. Secondary oven cure at 200°C for 4 hours is standard for all food-contact pet products. This step is documented in our production batch records and available for review by retail buyers' QC teams.
Shore A hardness is the most consequential specification decision for pet silicone products, and it is the one most frequently underspecified in buyer RFQs. Here is our practical guide:
Product | Recommended Shore A | Rationale |
Cat bowl | 45–55 | Lightweight, cats do not apply paw pressure |
Small dog bowl | 50–60 | Moderate paw pressure, needs non-slip base |
Large dog bowl | 55–65 | High paw pressure, needs dimensional stability |
Slow feeder mat (small dog) | 50–60 | Maze walls need moderate rigidity |
Slow feeder mat (large dog) | 60–70 | High paw pressure, maze walls must not collapse |
Lick mat | 45–55 | Suction cup needs compliance; surface needs texture |
Treat dispenser (tube) | 35–45 | Must be squeezable one-handed |
Treat dispenser (ball) | 50–60 | Fetch toy durability; not too soft |
Chew toy component | 60–75 | Bite resistance; breed-dependent |
Collapsible travel bowl | 40–50 | Must fold flat; moderate rigidity when open |
For brands launching a full product range, we recommend specifying Shore A targets for each SKU individually rather than accepting a single "standard hardness" across the range. The 20-point Shore A spread between a lick mat and a large-dog slow feeder is not a minor variation — it is a fundamental material difference that affects both function and consumer perception.
A pet accessories brand based in London approached us in Q1 2025 to develop a four-SKU silicone range for launch at Pets at Home (UK's largest pet specialty retailer) and their own DTC Shopify store. The range: a medium-dog bowl, a slow feeder mat (medium pattern), a lick mat, and a collapsible travel bowl. Target colorway: three colors — dusty rose, slate blue, and sage green (all custom Pantone matches).
Requirements: FDA and LFGB documentation for all four SKUs, REACH SVHC declaration, BSCI audit confirmation, custom Pantone colors matched within ΔE 2.0, Pets at Home supplier qualification documentation package.
Timeline:
Week 1–2: DFM review for slow feeder maze geometry; color development (three Pantone matches confirmed within ΔE 1.6–1.9)
Week 3–6: Mold development for all four SKUs (bowl and travel bowl shared tooling platform; slow feeder and lick mat dedicated tools)
Week 7–9: FAI samples produced and shipped; client approved bowl, lick mat, and travel bowl on first round; slow feeder required one maze wall height adjustment (increased from 18 mm to 22 mm for better slow-feeding performance with medium breeds)
Week 10: Revised slow feeder sample approved; LFGB and FDA testing initiated
Week 14: All certificates received; REACH declaration issued; Pets at Home documentation package compiled
Week 15: Mass production released; 600 units per SKU per color (7,200 units total)
Week 19: Shipment FOB Shenzhen
The brand listed all four SKUs at Pets at Home within 45 days of receipt. Their buyer noted that the documentation package — particularly the LFGB certificates and REACH declaration — was "the most complete submission we have received from a new supplier in 18 months."
Total tooling investment across four SKUs: USD 5,200. Per-unit certification cost (amortized across 600 units per SKU per color): approximately USD 0.22/unit.
Pet product color strategy is worth treating as a commercial decision, not just an aesthetic one. Here is what our production data across 40+ pet brand projects tells us:
Saturated brights outperform neutrals in mass retail. At PetSmart and Pets at Home, shelf placement decisions favor products that read visually from three meters away. A slow feeder mat in cobalt blue or coral orange reads from across the aisle; a mat in beige or grey does not. For mass retail, we recommend at least two saturated colorways in any launch range.
Muted tones drive DTC and premium positioning. For DTC brands and premium independent pet retailers, the color palette has shifted toward muted, lifestyle-adjacent tones — sage green, dusty rose, slate blue, warm terracotta. These colors photograph well for social media content and align with the interior design aesthetic of the target consumer's home.
Color consistency across a range is a brand equity decision. A bowl, a slow feeder, and a travel bowl in the same "dusty rose" should be visually identical at retail. Achieving this requires running a color chip approval for each product-color combination before mass production — not just matching the bowl and assuming the slow feeder will match. Wall thickness differences and Shore A differences affect how pigment reads in the finished part.
Our pigment library covers 42 food-contact-validated colors, all pre-screened for FDA and LFGB compliance. Custom Pantone matching adds USD 200 per color and 3–5 business days for color development and chip approval.
Standard pet product SKUs (existing tooling):
MOQ: 300 units per SKU
Sample lead time: 7 days
Mass production lead time: 15–25 days
Tooling cost: Zero for standard bowl and travel bowl designs
Custom designs (new tooling required):
MOQ: 300 units per SKU
Mold development: 10–20 business days
Sample production: 7–15 business days after mold completion
Mass production: 15–35 business days after sample approval
Tooling cost: USD 600–3,000 depending on complexity (slow feeder maze patterns at the higher end)
Antimicrobial formulation (CN113650314A):
Available from MOQ 300 units
Material cost premium: approximately 8–12% over standard platinum formulation
No additional tooling cost — same molds, different compound
Color customization:
Standard 42-color library: no additional cost
Custom Pantone match: USD 200 per color, 3–5 business days
For brands launching 4+ SKUs simultaneously across 3 colorways, we offer a consolidated tooling and sampling schedule that reduces total project timeline by 15–20% compared to sequential SKU development.
Before issuing an RFQ to any pet silicone manufacturer — including us — verify the following:
Cure system confirmed as platinum — request the platinum catalyst raw material certificate
Shore A durometer specified per SKU — not "standard hardness"; specify target and tolerance (±3 Shore A)
Post-cure protocol documented — 200°C / 4 hours minimum; oven calibration records available
FDA and LFGB test reports available — from an accredited third-party lab, not a factory self-declaration
Pigment system cleared for food contact — BfR Recommendation IX compliance for all colorants
Slow feeder maze reviewed for cleanability — confirm dishwasher spray penetration to all recesses
Suction cup retention tested — for lick mats and suction-base bowls; minimum 20 N lateral force
Antimicrobial formulation specified if required — confirm patent CN113650314A availability
REACH SVHC declaration available — for EU market distribution
Retail documentation package confirmed — FDA, LFGB, REACH, BSCI/SEDEX, ISO 9001 in a single package
Specifying "food-grade" without confirming the cure system. A peroxide-cured silicone bowl can carry a food-grade declaration and still fail LFGB organoleptic testing. For any product a pet will lick, chew, or eat from, platinum cure is non-negotiable. Ask for the platinum catalyst raw material certificate — not just the finished product test report.
Underspecifying Shore A for slow feeders. A slow feeder mat at Shore A 45 will collapse under a Labrador's paw pressure, rendering the maze ineffective. A mat at Shore A 70 is too rigid to clean easily. The Shore A target for slow feeders is breed-dependent — specify it, and request a Shore A reading on the FAI sample.
Ignoring maze cleanability at the design stage. A slow feeder maze that looks impressive in a product render but traps food in unreachable corners will generate one-star reviews within 30 days of launch. Review the maze geometry for cleanability before tooling begins — not after the first production batch arrives.
Treating color matching as a post-production check. Color variation between a bowl and a slow feeder in the "same" color is a brand equity problem at retail. Run color chip approvals for every product-color combination before mass production, not just for the first SKU in the range.
Not requesting a retail documentation package upfront. Pet specialty retailers have specific documentation requirements — some require FDA and LFGB certificates, others require REACH declarations, others require BSCI audit reports. Find out what your target retailer requires before placing the production order, not after the goods arrive at the distribution center.
Q1: Is silicone safe for dogs and cats to eat from?Platinum-cured food-grade silicone is safe for pet food contact. It is inert, non-toxic, and does not leach compounds into food under normal use conditions. Our pet product formulations are tested to FDA 21 CFR 177.2600 and LFGB BfR Recommendation XV — the same standards applied to human food-contact silicone. For brands that want additional assurance, our antimicrobial formulation (patent CN113650314A) provides an in-material hygiene benefit without any toxic additives.
Q2: What is the MOQ for custom silicone pet bowls?MOQ is 300 units per SKU. A "SKU" is a unique combination of design, color, and size. A brand ordering a medium-dog bowl in three colors (dusty rose, slate blue, sage green) is placing three SKUs at 300 units each — 900 units total. Standard bowl tooling is in house; no tooling cost for standard geometries.
Q3: Can you produce slow feeder mats with custom maze patterns?Yes. We develop custom maze patterns from client sketches or reference images. Every custom maze design goes through a DFM review before tooling to confirm fill uniformity, cleanability, and demolding feasibility. Custom maze tooling cost: USD 1,200–2,500 depending on pattern complexity. We also hold utility model patents on two maze geometries available for co-branding under OEM agreement.
Q4: How do you ensure color consistency across a product range (bowl, slow feeder, travel bowl)?We run a color chip approval for every product-color combination before mass production. Because wall thickness and Shore A differences affect how pigment reads in the finished part, a color that matches perfectly on a bowl may read slightly differently on a slow feeder mat. The color chip approval step catches and corrects these differences before production begins. Our colorimeter Delta E data shows run-to-run color variation within ΔE 1.5 for 94% of production orders.
Q5: What certifications do you provide with pet silicone products?Standard documentation package: FDA 21 CFR 177.2600 formulation letter and test report, LFGB BfR Recommendation XV migration test certificate (SGS Shenzhen), REACH SVHC declaration, BPA-free declaration, ISO 9001:2015 certificate, BSCI/SEDEX audit confirmation. Prop 65 documentation available for California distribution. All documents available within 48 hours of shipment request.
Q6: How long does a silicone pet bowl last in dishwasher use?A platinum-cured silicone bowl at Shore A 50–60 will withstand 2,000+ dishwasher cycles (60°C, standard detergent) without dimensional change, color fade, or surface degradation. We test accelerated dishwasher cycling at our facility — 100 cycles per test batch — before releasing new formulations. For comparison, a standard plastic pet bowl typically shows warping or color fade within 200–500 dishwasher cycles.
Q7: Can you add a brand logo to silicone pet products?Yes. Logo application options: deboss or emboss (permanent, integral to the mold — zero per-unit cost after one-time mold modification of USD 200–400), silk screen printing (up to 6 colors, UV-cured silicone ink), and laser engraving (premium monochrome, tactile finish). For pet products, deboss is the most durable option — it survives dishwasher cycling and pet contact without any risk of ink transfer.
Q8: What is the lead time for a new custom slow feeder mat design?From inquiry to first sample: approximately 4–6 weeks (DFM review 3–5 days, mold development 10–20 business days, sample production 7 days). From sample approval to mass production shipment: 15–35 business days depending on order volume. Our 8-step OEM process includes up to 2 revision rounds at no additional charge — important for slow feeder designs where maze height and pattern density often require one revision after the first sample.
Whether you are launching a single hero SKU for a DTC pet brand or developing a full category range for specialty retail, the specification conversation — Shore A, maze geometry, color strategy, certification requirements — should happen before tooling begins.
Share your product concept, target retail channel, and documentation requirements with our team. We confirm current certification status and tooling availability within 24 hours, and provide a DFM feasibility assessment within 48 hours.
Pet care brand solutions: mymitour.com/pet-care-brands.html
Pet accessories product range: mymitour.com/pet-accessories.html
Certifications and patents: mymitour.com/certifications-patents.html
Materials and formulation guide: mymitour.com/materials.html
OEM/ODM process: mymitour.com/services-process.html
Quality control: mymitour.com/quality-control.html
Social responsibility: mymitour.com/social-responsibility.html
Email: yfxy@mymitour.com
Phone: +86 199 2529 4106
Contact: mymitour.com/contactus.html
Author Bio Block Peter Cui | 21 years of silicone manufacturing experience | 4,500 m² Shenzhen facility | Walmart-, Target-, and Disney-approved supplier | Contact: yfxy@mymitour.com
